WO2020124998A1 - 香薰容器座及其制造方法和气味控制方法 - Google Patents

香薰容器座及其制造方法和气味控制方法 Download PDF

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Publication number
WO2020124998A1
WO2020124998A1 PCT/CN2019/095375 CN2019095375W WO2020124998A1 WO 2020124998 A1 WO2020124998 A1 WO 2020124998A1 CN 2019095375 W CN2019095375 W CN 2019095375W WO 2020124998 A1 WO2020124998 A1 WO 2020124998A1
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WO
WIPO (PCT)
Prior art keywords
container
aroma
container holding
aromatherapy
holding member
Prior art date
Application number
PCT/CN2019/095375
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English (en)
French (fr)
Inventor
杨敬
陈棋松
Original Assignee
浙江茵菲环境科技有限公司
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Priority claimed from CN201910303546.7A external-priority patent/CN111317849A/zh
Application filed by 浙江茵菲环境科技有限公司 filed Critical 浙江茵菲环境科技有限公司
Publication of WO2020124998A1 publication Critical patent/WO2020124998A1/zh

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    • A—HUMAN NECESSITIES
    • A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61L—METHODS OR APPARATUS FOR STERILISING MATERIALS OR OBJECTS IN GENERAL; DISINFECTION, STERILISATION OR DEODORISATION OF AIR; CHEMICAL ASPECTS OF BANDAGES, DRESSINGS, ABSORBENT PADS OR SURGICAL ARTICLES; MATERIALS FOR BANDAGES, DRESSINGS, ABSORBENT PADS OR SURGICAL ARTICLES
    • A61L9/00—Disinfection, sterilisation or deodorisation of air
    • A61L9/015—Disinfection, sterilisation or deodorisation of air using gaseous or vaporous substances, e.g. ozone
    • A61L9/04—Disinfection, sterilisation or deodorisation of air using gaseous or vaporous substances, e.g. ozone using substances evaporated in the air without heating
    • A61L9/12—Apparatus, e.g. holders, therefor
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B60—VEHICLES IN GENERAL
    • B60H—ARRANGEMENTS OF HEATING, COOLING, VENTILATING OR OTHER AIR-TREATING DEVICES SPECIALLY ADAPTED FOR PASSENGER OR GOODS SPACES OF VEHICLES
    • B60H3/00—Other air-treating devices

Definitions

  • the invention relates to a container holder, in particular to an aromatherapy container holder, a manufacturing method thereof and an odor control method.
  • a fluid aromatherapy material is contained in the accommodating cavity of the container body of an aromatherapy container, and a volatile film of the aromatherapy container is provided to the container body in a manner to close the mouth of the accommodating cavity, when the aromatherapy container passes through the After the volatile film evaporates to the external environment, it can improve the odor of the relatively closed space.
  • the aromatherapy container is laid down (for example, the longitudinal direction of the container body is approximately the same as the horizontal direction) or inverted (for example, the cavity of the container body faces the ground), due to the principle of gravity, the aromatherapy material will The bottom of the container body flows toward the cavity to come into contact with the volatile film. At this time, the volatile film allows the aroma material to pass through and evaporate to the external environment.
  • the aromatherapy container when the aromatherapy container is upright (for example, the opening of the container body faces the direction opposite to the ground), due to the principle of gravity, the aroma material will flow from the cavity of the container body to the bottom to avoid the volatilization
  • the film contacts, and at this time, the volatile film prevents the aroma material from passing through and evaporating to the external environment.
  • the volatile film is a contact type volatile film, which allows a fluid-like aroma material (for example, liquid-like aroma material) in contact with the volatile film to evaporate, and prevents the fluid-like aroma material having a distance from the volatile film After volatilization.
  • An object of the present invention is to provide an aromatherapy container holder and a manufacturing method and an odor control method thereof, wherein the aromatherapy container holder can be installed with at least two aromatherapy containers containing different aromatherapy materials, and the state of each of the aromatherapy containers is allowed to be Adjust separately to conveniently adjust the odor type of the environment in which the aromatherapy container holder is located.
  • An object of the present invention is to provide an aromatherapy container holder, a manufacturing method thereof, and an odor control method, wherein the inclination of the aromatherapy container can be adjusted to control the odor concentration of the environment in which the aromatherapy container is located.
  • An object of the present invention is to provide an aromatherapy container holder, a method of manufacturing the same, and an odor control method, wherein the aromatherapy container holder includes a main body and at least two container holding members respectively adjustably mounted on the base body, wherein each Each of the aroma containers is mounted on each of the container holding members, and the state of each of the aroma containers can be adjusted individually by adjusting the state of each container holding member relative to the seat body.
  • An object of the present invention is to provide an aromatherapy container holder, a method of manufacturing the same, and an odor control method, wherein the container holding member is rotatably mounted on the base body, so that the container holding member is driven relative to the The manner of rotation of the seat body can adjust the state of the aromatherapy container attached to the container holding member.
  • An object of the present invention is to provide an aromatherapy container holder and a manufacturing method and an odor control method thereof, wherein the aromatherapy container holder provides at least two driving motors, wherein each of the container holding members is drivably connected to each The driving motor to individually drive each of the container holding members to rotate relative to the seat body by each of the driving motors.
  • An object of the present invention is to provide an aromatherapy container holder and a manufacturing method and an odor control method thereof, wherein the aromatherapy container holder provides at least two air ducts, wherein each of the air ducts corresponds to each of the container holding members , So that the fluid flowing out of the air duct can act on the aromatherapy container mounted on the container holding member to help the odor volatile from the aromatherapy container to further evaporate to the environment where the aromatherapy container is located.
  • An object of the present invention is to provide an aromatherapy container holder, a method of manufacturing the same, and an odor control method, wherein a plurality of the container holding members of the aromatherapy container holder are arranged dislocated in the height direction of the aromatherapy container to reduce The width dimension of the aromatherapy container.
  • An object of the present invention is to provide an aromatherapy container holder, a method of manufacturing the same, and an odor control method, wherein a plurality of the container holding members of the aromatherapy container holder are arranged in a shape of "one" at the same height of the aromatherapy container To reduce the height dimension of the aromatherapy container.
  • An object of the present invention is to provide an aromatherapy container holder and a manufacturing method and an odor control method thereof, wherein the aromatherapy container holder provides a communication unit for being communicatively connected to an electronic device so that the electronic device can control the Describe the state of the aromatherapy container holder.
  • An object of the present invention is to provide an aromatherapy container holder, a method for manufacturing the same, and an odor control method, wherein the aromatherapy container holder provides a monitoring unit for monitoring the state of the environment in which the aromatherapy container holder is located, thereby based on the monitoring The monitoring result of the unit controls the state of the aromatherapy container holder.
  • An object of the present invention is to provide an aromatherapy container holder, a manufacturing method thereof, and an odor control method, wherein the odor control method allows the odor type of the environment in which the aromatherapy container holder is located to be adjusted.
  • An object of the present invention is to provide an aromatherapy container holder, a manufacturing method thereof, and an odor control method, wherein the odor control method allows the odor concentration of the environment in which the aromatherapy container holder is located to be adjusted.
  • An object of the present invention is to provide an aromatherapy container holder, a manufacturing method thereof, and an odor control method, wherein the odor control method adjusts the odor type of the environment in which the aromatherapy container holder is located by adjusting the state of a plurality of the aromatherapy container And/or odor concentration.
  • An object of the present invention is to provide an aromatherapy container holder, a manufacturing method thereof, and an odor control method, wherein the odor control method allows a user to adjust the odor and/or odor concentration of the environment in which the aromatherapy container holder is located in a non-touch manner.
  • the odor control method allows a user to adjust the odor type and/or odor concentration of the environment in which the aroma container base is located by voice control.
  • An object of the present invention is to provide an aromatherapy container holder, a manufacturing method thereof, and an odor control method, wherein the odor control method can autonomously control the odor type and/or odor concentration of the environment in which the aromatherapy container holder is located.
  • the present invention provides an aromatherapy container holder for installing at least two aromatherapy containers, wherein the aromatherapy container holder includes:
  • At least one drive motor At least one drive motor
  • At least two container holding members for respectively mounting at least one of the aromatherapy containers, wherein each of the container holding members is drivably connected to the driving motor, wherein the driving motor is capable of driving the container holding member from a closed
  • the state transitions to a volatilized state to allow the aroma material installed in the aroma container of the container holding member in the volatilized state to volatilize, and the drive motor can drive the container holding member from the The volatilized state is switched to the closed state to prevent the aroma material installed in the aroma container of the container holding member in the closed state from volatilizing.
  • the present invention further provides an aromatherapy container holder for installing at least two aromatherapy containers, wherein the aromatherapy container holder includes:
  • At least two container holding members for separately installing each of the aromatherapy containers, wherein each of the container holding members is adjustably mounted to the seat body, wherein each of the container holding members has a closed state and A volatile state, and each of the container holding members can switch between the closed state and the volatile state, wherein when the container holding member is in the closed state, it is installed at the closed state
  • the aroma material in the aroma container of the container holding member in the state is allowed to volatilize, and when the container holding member is in the volatilized state, it is installed on the container holding member in the volatilized state
  • the aroma material in the aroma container is prevented from volatilization.
  • the present invention further provides an odor control method for controlling the odor of the environment in which an aromatherapy container holder is located, wherein the odor control method includes the following steps:
  • FIG. 1 is a schematic diagram of the overall structure of an electronic aromatherapy device according to a preferred embodiment of the present invention.
  • FIG. 2 is an exploded schematic view of the electronic aromatherapy device according to the above preferred embodiment of the present invention.
  • FIG. 3 is another exploded schematic view of the electronic aromatherapy device according to the above preferred embodiment of the present invention.
  • FIG. 4 is another exploded schematic view of the electronic aromatherapy device according to the above preferred embodiment of the present invention.
  • FIG. 5 is a schematic diagram of the front side of the electronic aromatherapy device according to the above preferred embodiment of the present invention.
  • FIG. 6 is a perspective schematic view of a plate of the electronic aromatherapy device according to the above preferred embodiment of the present invention.
  • FIG. 7 is an exploded schematic view of an aroma container of the electronic aroma device according to the above preferred embodiment of the present invention.
  • FIG. 8 is a schematic perspective view of a fragrance container holder according to a preferred embodiment of the present invention.
  • FIG. 9 is an exploded schematic view of the aromatherapy container holder according to the above preferred embodiment of the present invention.
  • FIGS. 10A and 10B are respectively a perspective schematic view of the aromatherapy container holder according to the above preferred embodiment of the invention, which respectively describe the stereoscopic state of a housing unit of the aromatherapy container holder after being removed from different perspectives.
  • 11A to 11D are respectively three-dimensional schematic diagrams of the aromatherapy container holder according to the above preferred embodiment of the present invention when being used, which respectively describe the stereoscopic view of the shell of the aromatherapy container holder after being removed status.
  • FIG. 12 is an exploded schematic view from a different perspective of a modified embodiment of the aromatherapy container holder according to the above preferred embodiment of the present invention.
  • FIG. 13 is a schematic cross-sectional view of a position of the aroma container base according to the above preferred embodiment of the present invention.
  • FIG. 14 is a schematic perspective view of a modified embodiment of the aromatherapy container holder according to the above preferred embodiment of the present invention.
  • the term “a” should be understood as “at least one” or “one or more”, that is, in one embodiment, the number of an element can be one, and in other embodiments, the The number can be more than one, and the term “one” cannot be understood as a limitation on the number.
  • the electronic aromatherapy device described in this embodiment includes an outer casing 1 having a plurality of air outlets 10 at one end, and a control board 6 and a plurality of rotating electrical machines are provided in the outer casing 1 3;
  • the rotating electrical machine 3 is fixed on the front side of the partition 2 in the inner cavity of the outer casing 1 near the air outlet 10; the main shafts of the multiple rotating electrical machines 3 can be detachably installed with an aromatherapy container 4, and multiple aromatherapy containers 4 are respectively Aromatherapy with different fragrance types is built in.
  • One end of the aromatherapy container 4 has a plurality of fragrance holes 421.
  • the fragrance holes are covered with a breathable film.
  • the rotary motor 3 rotates to control the aroma in the fragrance container 4 to contact or separate from the fragrance holes 421; control
  • the board 6 is connected to and controlled by the rotary electric machine 3.
  • the rotary motor 3 uses a stepping motor.
  • the aroma in the aroma container is aroma essential oil.
  • the breathable membrane is a PE composite breathable membrane or a polymer-silica membrane.
  • the model of the control board is YF-EX-01 control board.
  • a blower 7 is also provided in the outer casing 1, a blower 7 is installed on the rear side of the partition 2 through a bracket 5, a plurality of air outlets 20 are provided on the partition 2, after the aroma container rotates, the end of the diffuser hole and the corresponding outlet Correspondingly, and the diffuser hole ends of other aromatherapy containers do not correspond to the air outlets at their corresponding positions, the control board is connected to and controlled by the fan.
  • the number of the rotating electrical machine 3, the aromatherapy container 4 and the air outlet 20 are all set to three, one of the air outlet 20 is inclined; the buttons on the control panel penetrate the outer shell; the fan starts to disperse the aroma container corresponding to the air outlet The fragrant pores blow air, and the wind speeds up the volatile ability of the scent molecules in the space, thereby enhancing the scent volatile effect of this product.
  • the electronic aromatherapy device also includes a storage battery 8, which is connected to the control board 6; wherein the storage battery 8 uses a lithium battery or other rechargeable batteries.
  • the control board 6 and the battery 8 are both installed on the side of the bracket 5.
  • the working principle of the above structure by rotating the container containing the perfume (the container contains the diffuser hole), the contact or separation of the aroma body and the diffuser hole in the container is controlled to achieve the purpose of opening and closing the aromatherapy machine; when three aromatherapy When the diffuser holes of the container are facing upwards, the aroma body and the diffuser surface are in a separated state, that is, the aromatherapy machine is not used at this time; when the diffuser holes of one of the aromatherapy containers are facing downward, due to gravity, the aromatherapy essential oil and diffuser
  • the air-permeable membrane at the hole contacts, that is, the fragrance of the aromatherapy container is in use; in the same way, when the user needs another fragrance, just press the button to rotate the corresponding container to make it in use.
  • the container corresponding to the undesired fragrance type will rotate to the position where the fragrance diffuser faces vertically upward.
  • the specific operation is as follows:
  • the two types of aromatherapy containers can be achieved with the diffuser pores facing down, so that the aromatherapy essential oil and the diffuser pores are in contact, such as the combination of rose fragrance and jasmine fragrance or leaf fragrance to form a new
  • the fragrance holes of the other fragrance containers face up; or the fragrance holes of the three fragrance containers face down at the same time, and the rose fragrance, the jasmine fragrance and the leaf fragrance combine to form a new fragrance.
  • the aroma container 4 can be detachably mounted on the main shafts of the multiple rotating electrical machines 3.
  • the specific installation structure is: the main shaft of the rotating electrical machine 3 is sleeved and fixed with a mounting plate 30, and the front side of the mounting plate 30 has two There are two arc-shaped clamping blocks 31 arranged symmetrically with each other, and the aroma container 4 is clamped and fixed between the two arc-shaped clamping blocks 31. Its structure makes the disassembly or installation of the aromatherapy container 4 more convenient and improves the convenience of container replacement.
  • the closed end of the inner cavity of the outer casing 1 has a plurality of positioning sleeves, and the plurality of pillars of the bracket 5 are inserted into the inner holes of the plurality of positioning sleeves for positioning.
  • the structure realizes the positioning and fixing of the bracket is more firm and reliable, and the fixing of the partition plate by the bracket is also more firm and reliable.
  • the outer shell 1 includes a cylindrical shell 11 and a cover shell 12, the closed end surface of the inner cavity of the cylindrical shell 11 has a plurality of positioning sleeves, and a plurality of pillars of the bracket 5 are respectively inserted into the inner holes of the plurality of positioning sleeves And the partition 2 is positioned at the opening of the cylindrical casing 11, the cover 12 is buckled at the opening of the cylindrical casing 11, the keys on the control board 6 penetrate the cylindrical casing 11, and the air outlet 10 Set on the cover 12.
  • the structure realizes that the container can be disassembled or installed after the cover is opened, which makes the assembly of the machine more convenient and easier to be formed.
  • the partition 2 includes a plate body 21 and a shield 22, the shield 22 is installed on the front side of the plate body 21, and the rear side of the plate body 21 is fixed with a bracket 5; the plate body 21 is provided with an air duct 211, a shield The front side of 22 is provided with an air hole 221, and the front end of the air duct 211 is in butt communication with the air hole 221; the front port diameter of the air duct 211 is larger than the rear port diameter.
  • the design of the partition is to easily form the air duct, and the design of the air duct makes the wind out more quickly.
  • the aromatherapy container 4 includes a container body 41 and a cover body 42 with a fragrance hole 421; the cover body 43 is sleeved to fix the open end of the container body 41 by screwing, and the cover body 42 is screwed to seal the cover 43.
  • an aromatherapy container holder is disclosed and described in the following description, wherein the aromatherapy container holder is provided for installing at least two Aromatherapy containers 1000 with different aromatherapy materials can individually control the aromatization materials in each aromatherapy container 1000 to be allowed to volatilize or be prevented from volatilization by adjusting the state of each of the aromatherapy containers 1000, thereby adjusting the Describe the odor (eg odor type, odor concentration) of the environment in which the aromatherapy container holder is located.
  • the aromatherapy container holder is provided for installing at least two Aromatherapy containers 1000 with different aromatherapy materials can individually control the aromatization materials in each aromatherapy container 1000 to be allowed to volatilize or be prevented from volatilization by adjusting the state of each of the aromatherapy containers 1000, thereby adjusting the Describe the odor (eg odor type, odor concentration) of the environment in which the aromatherapy container holder is located.
  • the aroma container base includes a base body 40 and at least two container holding members 50 adjustably mounted to the base body 40 to allow each of the container holding members 50 to be relative to the base body 40
  • the state of each can be adjusted separately, wherein each of the aroma containers 1000 is installed on each of the container holding members 50, so that each of the container holding members 50 can be adjusted by adjusting the state of each
  • the state of the aromatherapy container 1000 and thus the aromatherapy material in the aromatherapy container 1000 can be controlled to be allowed to volatilize or be prevented from volatilization. That is, when the state of one container holding member 50 relative to the seat body 40 is adjusted, the state of the other container holding member 50 relative to the seat body 40 does not change.
  • each of the container holding members 50 has a closed state and a volatilized state, respectively, and when the state of each of the container holding members 50 relative to the seat body 40 is adjusted, each of the containers The holding member 50 can be in the closed state or the volatilized state, respectively, and when the state of each of the container holding members 50 relative to the seat body 40 is adjusted, each of the container holding members 50 can be in Switch between the closed state and the volatilized state.
  • the aroma material installed in the aroma container 1000 of the container holding member 50 is prevented from volatilization, and accordingly, when one of the container holding members 50 is in In the volatilized state, the aroma container installed in the aroma container 1000 of the container holding member 50 is allowed to volatilize.
  • the container holding member 50 is rotatably mounted on the holder body 40, thereby holding the container by The member 50 is rotated relative to the seat body 40, and the container holding member 50 can be switched between the closed state and the volatilized state.
  • the aromatherapy container base may include only two of the container holding members 50 for being installed with the two aromatherapy containers 1000
  • the aromatherapy container holder may include more than four of the container holding members 50 for being installed with more than four of the aromatherapy containers 1000. Therefore, the specific types of the aromatherapy container holder shown in FIGS. 8 to 11D are only examples, and they should not be regarded as limitations on the content and scope of the aromatherapy container holder of the present invention.
  • a plurality of the container holding members 50 are arranged in a “one” shape, referring to FIGS. 8 to 11D In this way, the height dimension of the aroma container base can be reduced.
  • a plurality of the container holding members 50 of the aromatherapy container holder can be dislocated, in this way, the aromatherapy container The width dimension of the seat can be reduced.
  • the seat body 40 defines a left space 41 and a right space 42 corresponding to the left space 41, wherein each of the container holding members 50 is held by the seat body 40 The left-side space 41, so that each of the aromatherapy containers 1000 installed in each of the container holding members 50 is held in the left-side space 41 defined by the seat body 40, respectively.
  • each of the container holding members 50 is perpendicular to a horizontal plane, so that the aroma container 1000 is mounted on the container holding member 50, and the container holding member 50 is driven to be opposite to
  • the opening direction of the aroma container 1000 can be switched between an upward direction and a downward direction.
  • the container holding member 50 is held in the closed state to prevent the aroma material in the aroma container 1000 from being volatilized.
  • the opening direction of the aroma container 1000 is in the downward direction, the container holding member 50 is held in the volatilized state to allow the aroma material in the aroma container 1000 to be volatilized.
  • whether the opening direction of the aroma container 1000 matches the state of the container holding member 50 is limited by the amount of aroma material in the aroma container 1000.
  • the container holding member 50 can be in the volatilized state to The aroma material in the aroma container 1000 is allowed to be volatilized.
  • the opening direction of the aroma container 1000 faces upward as much as possible, so that the container holding member 50 can be in the closed state to prevent the aroma container The aroma material within 1000 is volatilized.
  • the inclination of the opening direction of the aroma container 1000 relative to the upward direction needs to be increased before the container holding member 50 can be in The volatilization state allows the aroma material in the aroma container 1000 to be volatilized. It can be determined that when the opening direction of the aroma container 1000 is in the upward direction, the container holding member 50 is in the closed state, and accordingly, when the opening direction of the aroma container 1000 is in the upward direction In the downward direction, the container holding member 50 is in the volatilized state. 11A to 11D, taking the opening direction of the aroma container 1000 in the upward direction and the opening direction of the aroma container 1000 in the downward direction as an example, the container holding member 50 The state and the volatile state of the aroma container 1000 will be described.
  • the three container holding members 50 of the aromatherapy container holder are sequentially named a first container holding member 50a, a second container holding member 50b, and a third container holding member 50c, respectively
  • the aromatherapy container 1000 installed on the first container holding member 50a is named a first aromatherapy container 1000a
  • the aromatherapy container 1000 installed on the second container holding member 50b is named a first
  • the second aroma container 1000b, the aroma container 1000 mounted on the third container holding member 50c is named a third aroma container 1000c.
  • the first container holding member 50a, the second container holding member 50b, and the third container holding member 50c are all in the closed state.
  • the first aroma container 1000a, The opening directions of the second aroma container 1000b and the third aroma container 1000c are both in the upward direction, so that the first aroma container 1000a, the second aroma container 1000b, and the third aroma container 1000c
  • the aromatherapy materials are prevented from volatilization.
  • the first container holding member 50a is driven to rotate relative to the seat body 40 so that the opening direction of the first aroma container 1000a is in the downward direction, so that the first The aroma material in the aroma container 1000a is allowed to volatilize.
  • the first container holding member 50a is switched to the volatilized state; the states of the second container holding member 50b and the third container holding member 50c are not Is changed (both the second container holding member 50b and the third container holding member 50c are in the closed state), so that the opening directions of the second aroma container 1000b and the third aroma container 1000c are unchanged.
  • the first container holding member 50a is driven to rotate relative to the seat body 40 so that the opening direction of the first aroma container 1000a is in the upward direction, so that the first The aroma material in the aroma container 1000a is prevented from volatilization.
  • the first container holding member 50a is switched to the closed state;
  • the second container holding member 50b is driven to rotate relative to the seat body 50, So that the opening direction of the second aroma container 1000b is in the downward direction, so that the aroma material in the second aroma container 1000b is allowed to volatilize, at this time, the second container holding member 50b is switched to The volatile state; the state of the third container holding member 50c remains unchanged (the third container holding member 50c is in the closed state), so that the opening direction of the third aroma container 1000c remains unchanged.
  • the second container holding member 50b is driven to rotate relative to the seat body 40 so that the opening direction of the second aroma container 1000b is in the upward direction, so that the second The aroma material in the aroma container 1000a is prevented from volatilization.
  • the second container holding member 50b is switched to the closed state;
  • the third container holding member 50c is driven to rotate relative to the seat body 50, So that the opening direction of the third aroma container 1000c is in the downward direction, so that the aroma material in the third aroma container 1000c is allowed to volatilize, and at this time, the third container holding member 50c is switched to The volatilized state; the state of the first container holding member 50a remains unchanged, so that the opening direction of the first aroma container 1000a remains unchanged (the first container holding member 50a is in the closed state).
  • the types of aroma materials in the first aroma container 1000a, the aroma materials in the second aroma container 1000b, and the aroma materials in the third aroma container 1000c are different, so that when the opening direction of the first aroma container 1000a, When the opening direction of the second aroma container 1000b and the opening direction of the third aroma container 1000c are respectively in the downward direction, the odor of the environment where the aroma container holder is located can be adjusted.
  • the holder body 40 has at least two mounting holes 43, wherein each of the container holding members 50 is rotatable Each mounting hole 43 of the seat body 40 to allow the container holding member 50 to rotate relative to the seat body 40 in the mounting hole 43 of the seat body 40.
  • the mounting hole 43 of the seat body 40 is a through hole that penetrates both sides of the seat body 40 to allow the mounting hole 43 to communicate with the left space 41 defined by the seat body 40 And the right side space 42 so that the right side space 42 defined by the seat body 40 can drive the container holding member 50 held in the left side space 41 defined by the seat body 40 to rotate.
  • the mounting hole 43 of the seat body 40 is a blind hole so as to be held in the left space defined by the seat body 40
  • the container holding member 50 of 41 needs to be driven and rotated in the left space 41 of the seat body 40.
  • the aromatherapy container holder further includes at least one drive motor 60, wherein the drive motor 60 can drive the container holding member 50 to rotate relative to the holder body 40.
  • the number of the driving motor 60 and the number of the container holding members 50 are the same, so that each of the container holding members 50 It is drivably connected to the driving motor 50 to allow each of the driving motors 60 to individually drive each of the container holding members 50 to rotate relative to the seat body 40.
  • one drive motor 60 can drive more than two container holding members 50 to rotate relative to the holder body 40.
  • one or a group of gears is provided between two or more of the container holding members 50 and the driving motor 60, so that the driving motor 60 can drive more than two of the container holding members 50 through these gears. Relative to the rotation of the seat body 40.
  • each of the driving motors 60 is installed in the seat body 40, and is held in the right space 42 defined by the seat body 40, so that each The driving motor 60 separately drives each of the container holding members 50 held in the left side space 41 defined by the seat body 40 in the right side space 42 defined by the seat body 40 with respect to The rotation of the seat body 40.
  • the manner in which the driving motor 60 is mounted on the seat body 40 is not limited.
  • the driving motor 60 can be mounted on the seat body 40 by screws or glue.
  • the container holding member 50 has a holding space 51 for accommodating the aroma container 1000.
  • the container holding member 50 includes a mounting arm 52 and a holding arm 53 integrally formed on the mounting arm 52, wherein the mounting arm 52 is rotatably mounted on the seat body 40 and is The driving motor 60 is drivingly connected, wherein the holding arm 53 forms the holding space 51.
  • the holding arm 53 has a notch 54 communicating with the holding space 51 to allow the size of the holding space 51 to be adjusted so that the aroma container 1000 can be held by the holding arm 53 Is held in the holding space 51.
  • the aroma container 1000 can be It is reliably held in the holding space 51 of the container holding member 50.
  • the container holding member 50 includes a limiting portion 55, wherein the limiting portion 55 extends integrally with the holding arm 53, wherein the limiting portion 55 is used to restrict the aromatherapy container 1000 from The mounting position is such that the plurality of aromatherapy containers 1000 mounted on different container holding members 50 have the same mounting position.
  • the seat body 40 has at least one air passage 44 which respectively penetrates the seat body 40 to communicate the left space 41 and the right side defined by the seat body 40 Space 42.
  • the air duct opening 441 of each of the air ducts 44 is held adjacent to each of the container holding members 50, respectively, to allow the wind force blown from the air duct opening 441 of the air duct 44 to act on the installed
  • the aroma container base 100 of the container holding member 50 helps the odor evaporating from the aroma container 1000 to further evaporate to the environment where the aroma container base is located.
  • the air passage opening 441 of the air passage 44 is located at the lower portion of the container holding member 50, so that when the opening direction of the aroma container 1000 installed on the container holding member 50 is adjusted to the When facing downward, the air duct opening 441 of the air duct 44 is directly facing the opening of the aromatherapy container 1000, thereby helping the odor from the aromatherapy container 1000 to further evaporate to the environment where the aromatherapy container seat is located.
  • the aroma container base further includes a fan 70, wherein the fan 70 is disposed in the right space 42 defined by the base body 40, wherein the air flow provided by the fan 70 can pass through each of the base body 40
  • the air passages 44 flow from the right side space 42 defined by the seat body 40 to the left side space 41 defined by the seat body 40, thereby helping the odor volatile from the aroma container 1000 to further evaporate to The environment in which the aromatherapy container holder is located.
  • the aroma container holder includes an integrated body 80, wherein the integrated body 80 is installed in the base body 40 and held in the right space 42 defined by the base body 40, the fan 70 ⁇ Installed on the integrated body 80.
  • the integrated body 80 has at least two guide channels 81, wherein each of the guide channels 81 of the integrated body 80 corresponds to and communicates with each of the air channels 44 of the seat body 40, wherein the The guide passage 81 of the integrated body 80 is used to guide the wind generated by the fan 70 into the air passage 44 of the seat body 40 to enter the seat from the air passage opening 441 of the air passage 44 The left space 41 defined by the main body 40.
  • the aromatherapy container holder further includes a control unit 90, wherein the control unit 90 includes an integrated circuit board 91, and each of the driving motor 60 and the fan 70 are controllable respectively GND connected to the integrated circuit board 91.
  • the integrated circuit board 91 can distribute power to the driving motor 60 and the fan 70 to control the operating states of the driving motor 60 and the fan 70, respectively.
  • the integrated circuit board 91 is mounted on the integrated body 80.
  • the control unit 90 further includes a control switch 92, wherein the control opening 92 is connected to the integrated circuit board 91, wherein the control opening 92 controls the integrated circuit board 91 to distribute power to the drive motor 60 and
  • the fan 70 controls the operating states of the driving motor 60 and the fan 70 respectively.
  • the type of the control opening 92 is not limited in the aromatherapy container holder of the present invention, for example, the control switch 92 may be a push-type switch to allow the user to control by pressing, or the control switch 92 is a touch type The switch is controlled by allowing the user to touch, or the control switch 92 is a voice switch to allow the user to control by voice, or the control switch 92 is an electronic switch to allow the user to use a smartphone, tablet, etc. The device is controlled remotely.
  • the type of the control switch 92 of the control unit 90 may be selected according to the usage environment of the aromatherapy container holder.
  • the control switch 92 may preferably be a voice switch, so that the user can control the location of the car by the voice switch during driving the car.
  • the integrated circuit board 91 distributes power to the driving motor 60 and the fan 70 to prevent the user from manually adjusting the odor of the environment in which the aromatherapy container holder is located.
  • the aromatherapy container holder further includes a power storage unit 100, wherein the power storage unit 100 is connected to the integrated circuit board 91, wherein the control switch 92 can control the integration
  • the circuit board 91 distributes the power provided by the power storage unit 100 to the driving motor 60 and the fan 70 to control the operating states of the driving motor 60 and the fan 70.
  • the power storage unit 100 may be, but is not limited to, a rechargeable battery (such as a lithium battery) or a dry battery, or the power storage unit 100 may include, but is not limited to, a rechargeable battery or a dry battery.
  • the power storage unit 100 is mounted on the integrated body 80.
  • the aroma container base further includes a housing 110, wherein the housing 110 includes a main housing 111 and a cover 112, and the cover 112 has a set of odor volatilization channels 1120.
  • the main housing 111 is provided on the seat body 40, and the main housing 111 surrounds the drive motor 60, the fan 70, the integrated body 80, the control unit 90, and the power storage Unit 100.
  • the cover 112 is installed in the main housing 111, and an odor volatile space 113 is formed between the cover 112 and the main housing 111, wherein each of the odors of the cover 112
  • the volatilization channel 1120 connects the odor volatilization space 113 and the outside, respectively.
  • each accommodating and holding member 50 is located in the volatile space 113 of the housing 110, so that each aroma container 1000 is located in the volatile space 113 of the housing 110, so that when the When the odor volatile space 113 of the housing 110 evaporates odor, the aroma container 1000 can evaporate from each odor evaporating channel 1120 of the cover 112 to the environment where the aroma container base is located.
  • the main housing 111 may have at least one ventilation channel 1110 to allow the fan 70 to agitate air flow inside the main housing 111 to be formed in the air duct 44 of the seat body 40 Flowing airflow.
  • the cover 112 is detachably mounted on the main housing 111 to allow the cover 112 to be detached from the main housing 111, thereby facilitating replacement of the cover 112 and The aroma container 1000 of the volatile space 113 of the main housing 111.
  • the control switch 92 of the control unit 90 may be provided in the main housing 111 so that the control switch 92 is exposed outside the main housing 111, so that the user can conveniently The control switch 92 is operated outside the housing 111.
  • the first container holding member 50a, the second container holding member 50b, and the third container holding member 50c are all in the closed state.
  • the first aroma container 1000a, The opening directions of the second aroma container 1000b and the third aroma container 1000c are both in the upward direction, so that the first aroma container 1000a, the second aroma container 1000b and the third aroma container 1000c Aromatherapy materials are prevented from volatilization.
  • a driving circuit 60 drives the first container holding member 50a to rotate relative to the seat body 40 so that the opening direction of the first aroma container 1000a is in the downward direction, Thus, the aroma material in the first aroma container 1000a is allowed to volatilize.
  • the first container holding member 50a is switched from the closed state to the volatilized state; the second container holding member 50b and the The state of the third container holding member 50c remains unchanged (the second container holding member 50b and the third container holding member 50c are both in the closed state), so that the second aroma container 1000b and the third The opening direction of the aromatherapy container 1000c is unchanged to prevent the aromatherapy materials in the second aromatherapy container 1000b and the third aromatherapy container 1000c from volatilizing.
  • the airflow formed by the fan 70 enters the air passage 44 of the seat body 40 under the guidance of the guide passage 81 of the integrated body 80, and the air flow from the air passage opening 441 of the air passage 44 When entering the left-side space 41 defined by the seat body 40, the airflow can directly act on the odor evaporating from the opening of the first aroma container 1000a to accelerate the odor to the environment where the aroma container seat is located.
  • one driving motor 60 drives the first container holding member 50a to rotate relative to the seat body 40 so that the opening direction of the first aroma container 1000a is in the upward direction, Therefore, the aroma material in the first aroma container 1000a is prevented from volatilization.
  • the first container holding member 50a is switched from the volatilized state to the closed state; the other of the driving motor 60 drives the The second container holding member 50b rotates relative to the seat body 40 so that the opening direction of the second aroma container 1000b is in the upward direction, so that the aroma material in the second aroma container 1000b is allowed Volatilization, at this time, the second container holding member 50b is switched from the closed state to the volatilized state; the state of the third container holding member 50c remains unchanged (the third container holding member 50c is in the (Closed state), so that the opening direction of the third aroma container 1000c is unchanged, so as to prevent the aroma material in the third aroma container 1000c from volatilizing.
  • the airflow formed by the fan 70 enters the air passage 44 of the seat body 40 under the guidance of the guide passage 81 of the integrated body 80, and the air flow from the air passage opening 441 of the air passage 44 When entering the left space 41 defined by the base body 40, the airflow can directly act on the odor evaporating from the opening of the second aroma container 1000b to accelerate the odor to the environment where the aroma container base is located.
  • one driving motor 60 drives the second container holding member 50b to rotate relative to the seat body 40 so that the opening direction of the second aroma container 1000b is in the upward direction, As a result, the aroma material in the second aroma container 1000b is blocked.
  • the second container holding member 50b transitions from the closed volatilized state to the closed state; the other of the driving motor 60 drives the first
  • the three container holding member 50c rotates relative to the seat body 40 so that the opening direction of the third aroma container 100c is in the upward direction, so that the aroma material in the third aroma container 1000c is allowed to volatilize
  • the third container holding member 50c is switched from the closed state to the volatilized state; the state of the first container holding member 50a remains unchanged (the first container holding member 50a is in the closed state State), so that the direction of the opening of the first aroma container 1000a is unchanged, so as to prevent the aroma material in the first aroma container 1000a from volatilizing.
  • the airflow formed by the fan 70 enters the air passage 44 of the seat body 40 under the guidance of the guide passage 81 of the integrated body 80, and the air flow from the air passage opening 441 of the air passage 44 When entering the left space 41 defined by the base body 40, the airflow can directly act on the odor evaporating from the opening of the third aroma container 1000c to accelerate the odor to the environment where the aroma container base is located.
  • the aromatherapy container holder further includes a communication unit 120 connected to the integrated circuit board 91 of the control unit 90, wherein the communication unit 120 is provided It is connected to an electronic device, such as but not limited to a smart phone, so that the state of the aromatherapy container holder can be controlled by the electronic device.
  • a communication unit 120 connected to the integrated circuit board 91 of the control unit 90, wherein the communication unit 120 is provided It is connected to an electronic device, such as but not limited to a smart phone, so that the state of the aromatherapy container holder can be controlled by the electronic device.
  • the type of the communication unit 120 is not limited in the aromatherapy container holder of the present invention.
  • the communication unit 120 may be a Bluetooth module, a Wi-Fi module, a near field communication module, and the like.
  • the communication unit 120 is disposed on the integrated circuit board 91, so that the communication unit 120 can be hidden inside the aromatherapy container holder to prevent the communication unit 120 from being directly exposed to the outside for protection
  • the communication module 120 may be mounted on the integrated circuit board 91.
  • FIGS. 12 to 13 show a modified example of the aromatherapy container holder, which is different from the aromatherapy container holder shown in FIGS. 8 to 11D, which is shown in FIGS. 12 to 13
  • the container holding member 50 is directly mounted to the driving motor 60 to allow the driving motor 60 to drive the container holding member 50 in the closed state and the volatilized state Convert between.
  • the seat body 40 has at least two mounting holes 43 that respectively communicate with the left side space 41 and the right side space 42 defined by the seat body 40, wherein each of the driving motors 60 is respectively
  • the seat body 40 defines the right space 42 and is mounted to the seat body 40, and the rotor (drive shaft) of each drive motor 60 passes through each of the mounting holes 43 of the seat body 40 from
  • the right side space 42 defined by the seat body 40 extends to the left side space 41 defined by the seat body 40, wherein each of the container holding members 50 is respectively at the left side defined by the seat body 40
  • the side space 41 is mounted on the rotor (drive shaft) of each of the drive motors 50 to mount the container holding member 50 on the drive motor 60.
  • FIG. 14 shows another modified example of the aromatherapy container holder, which is different from the aromatherapy container holder shown in FIGS. 8 to 11D, which is shown in FIG. 14 of the aromatherapy container holder.
  • the aromatherapy container holder further includes a monitoring unit 130, wherein the monitoring unit 130 is connected to the integrated circuit board 91 of the control unit 90, wherein the monitoring unit 130 can monitor the aromatherapy container
  • the state of the aromatherapy container base is adjusted based on changes in the environment in which the base is located.
  • the type of the monitoring unit 130 is not limited in the aromatherapy container holder of the present invention.
  • the monitoring unit 130 may include a camera to capture a picture of the environment in which the aromatherapy container holder is located. Monitoring the change of the environment of the aromatherapy container base, or the monitoring unit 130 may include a positioning device to monitor the change of the environment of the aromatherapy container base by providing a specific location of the aromatherapy container base .
  • the monitoring unit 130 includes a camera, which is provided to the main housing 111 of the housing 110.
  • the aromatherapy container seat of the present invention may be applied to an automobile to form an in-vehicle aromatherapy container seat.
  • the aromatherapy container seat may be placed at a position of a center console of a car or at the rear of a rear seat Rest on the table to allow the monitoring unit 130 to face the outside of the car.
  • the monitoring unit 130 may continuously or indirectly take pictures of the surrounding environment of the car to obtain changes in the environment in which the aromatherapy container seat is located, according to the data provided by the monitoring unit 130
  • the changes of the environment of the aromatherapy container seat, the state of the aromatherapy container seat can be adjusted, so that the smell of the interior space of the car matches the environment of the car.
  • the present invention further provides an odor control method for controlling the odor of the environment where the aromatherapy container holder is located, wherein the odor control method includes the following steps:
  • the container holding member 50 is driven by the driving motor 60 to switch between the closed state and the volatilized state.
  • one of the driving motors 60 can simultaneously drive one of the container holding members 50 from the volatilized state to the closed state through gears or gear sets And driving the other container holding member 50 to switch from the closed state to the volatilized state.
  • the air flow is allowed to flow at the opening of the aromatherapy container 1000, so as to increase the evaporation rate of the odor.
  • the present invention further provides a manufacturing method of the aromatherapy container holder 1000, wherein the manufacturing method includes the following steps:
  • At least two container holding members 50 are mounted on each of the driving motors 60 on the other side of the seat body 40 to allow the driving motor 60 to drive the container holding members 50 to rotate, thereby making all Describe the aroma container holder.
  • the manufacturing method further includes the step of forming at least one air duct 44 on the seat body 40, wherein the air duct opening 441 of the air duct 44 is formed adjacent to the container holding member 50.
  • the manufacturing method further includes the step of keeping the fan 70 on the side of the seat body 40 where the drive motor 60 is installed to allow the air flow generated by the fan 70 to pass from the air duct 44
  • the side of the seat body 40 where the drive motor 60 is mounted flows to the side of the seat body 40 where the container holding member 50 is held.
  • the manufacturing method further includes the steps of: mounting the integrated body 80 on the side of the seat body 40 where the drive motor 60 is installed, and mounting the fan 70 on the integrated body 80, so that the The guide passage 81 of the integrated body 80 communicates with the air passage 44 of the seat body 40 and corresponds to the fan 70.
  • the manufacturing method further includes the steps of installing the main housing 111 on the side of the seat body 40 where the driving motor 60 is installed to surround the driving motor 40 and installing the cover 112
  • the main housing 111 is provided between the cover 112 and the main housing 111 to form the odor volatilization space 113 for accommodating the container holding member 50.

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Abstract

一种香薰容器座及其制造方法和气味控制方法。香薰容器座包括至少一个驱动电机（60）和至少两个容器保持构件（50），供分别安装至少一个香薰容器（1000），其中每个容器保持构件（50）被可驱动地连接于驱动电机（60），其中驱动电机（60）能够驱动容器保持构件（50）自一封闭状态转换至一挥发状态，以允许被安装于处在挥发状态的容器保持构件（50）的香薰容器（1000）内的香薰材料挥发，和驱动电机（60）能够驱动容器保持构件（50）自挥发状态转换至封闭状态，以阻止被安装于处在封闭状态的容器保持构件（50）的香薰容器（1000）内的香薰材料挥发。

Description

香薰容器座及其制造方法和气味控制方法 技术领域
本发明涉及一容器座，特别涉及一香薰容器座及其制造方法和气味控制方法。
背景技术
流体状的香薰材料被盛装在一个香薰容器的容器主体的容纳腔内，并且该香薰容器的一个挥发膜以封闭该容纳腔的腔口的方式被设置于该容器主体，当该香薰容器经过该挥发膜挥发到外部环境后，能够改善相对封闭空间的气味。具体地，当该香薰容器被放倒(例如该容器主体的长度方向与水平方向大致一致)或者倒置(例如该容器主体的该腔口朝向地面)时，由于重力原理，该香薰材料会从该容器主体的底部流向该腔口以与该挥发膜接触，此时，该挥发膜允许该香薰材料经过而挥发至外部环境。相应地，当该香薰容器被正置(例如该容器主体的该开口朝向与地面相反的方向)时，由于重力原理，该香薰材料会从该容器主体的该腔口流向底部以避免与该挥发膜接触，此时，该挥发膜阻止该香薰材料经过而挥发至外部环境。该挥发膜是一种接触式挥发膜，其允许与该挥发膜接触的流体状的香薰材料(例如液体状的香薰材料)经过而挥发，和阻止与该挥发膜具有距离的流体状的香薰材料经过而挥发。
人的情绪在不同的状态对于所处的封闭空间的气味的需求各不相同，而封闭空间的气味能够被香薰容器的气味调整。通常情况下，人的情绪会在兴奋状态、平静状态和低沉状态之间转换，为了匹配人的这些情绪状态，人们通常需要准备多个装有不同气味的香薰容器，并且人们需要根据自己的情绪状态手动地调整这些香薰容器的状态。具体地，以一号该香薰容器的气味与兴奋状态相匹配、二号该香薰容器的气味与平静状态相匹配、三号该香薰容器的气味与低沉状态相匹配为例，对人使用该香薰容器的过程进行描述。当人的情绪处于兴奋状态时，手动将一号该香薰容器调整到倒置状态和将二号与三号该香薰容器调整到正置状态；当人的情绪处于平静状态时，将二号该香薰容器调整到倒置状态和将一号与三号该香薰容器调整到正置状态，当人的情绪处于低沉状态时，将三号该香薰容器调整到倒置状态和将一号与二号该香薰容器调整到正置状态。首先，现有的这种气味的方式非常的麻烦；其次，当人的情绪变化时，人们很难想到调整该香薰容器挥发的气味，从而导致人的情绪与封闭空间的气味不匹配，而一旦封闭空间的气味与人的情绪差别很大，则会对人的情绪造成负面的影响。
另外，随着人的生活水平和健康意识的不断提高，自驾出行越来越成为短途旅行的首选。自驾出行的过程中会遇到不同环境的路段，若汽车的车内空间的气味能够与不同环境的路段匹配，则会对人的情绪产生积极的影响。显然，通过手动调整处于车内空间的该香薰容器的状态以调整车内空间的气味的方式，对于驾驶员来说是非常危险的行为。
发明内容
本发明的一个目的在于提供一香薰容器座及其制造方法和气味控制方法，其中所述香薰容器座能够被安装至少两装有不同香薰材料的香薰容器，每个所述香薰容器的状态允许被单独地调节，以方便地调节所述香薰容器座所处环境的气味类型。
本发明的一个目的在于提供一香薰容器座及其制造方法和气味控制方法，其中所述香薰容器的倾斜度能够被调节，以控制所述香薰容器所处环境的气味浓度。
本发明的一个目的在于提供一香薰容器座及其制造方法和气味控制方法，其中所述香薰容器座包括一座主体和分别被可调节地安装于所述座主体的至少两容器保持构件，其中每个所述香薰容器分别被安装于每个所述容器保持构件，通过调节每个所述容器保持构件相对于所述座主体的状态的方式能够单独地调节每个所述香薰容器的状态。
本发明的一个目的在于提供一香薰容器座及其制造方法和气味控制方法，其中所述容器保持构件被可转动地安装于所述座主体，从而通过驱动所述容器保持构件做相对于所述座主体的转动的方式能够调节被安装于所述容器保持构件的所述香薰容器的状态。
本发明的一个目的在于提供一香薰容器座及其制造方法和气味控制方法，其中所述香薰容器座提供至少两驱动电机，其中每个所述容器保持构件分别被可驱动地连接于每个所述驱动电机，以藉由每个所述驱动电机分别单独地驱动每个所述容器保持构件做相对于所述座主体的转动。
本发明的一个目的在于提供一香薰容器座及其制造方法和气味控制方法，其中所述香薰容器座提供至少两个风道，其中每个所述风道分别对应于每个所述容器保持构件，从而从所述风道流出的流体能够作用于被安装于所述容器保持构件的所述香薰容器，以帮助自所述香薰容器挥发的气味进一步挥发至所述香薰容器所处环境。
本发明的一个目的在于提供一香薰容器座及其制造方法和气味控制方法，其中所述香薰容器座的多个所述容器保持构件在所述香薰容器的高度方向被错位地布置，以减小所述香薰容器的宽度尺寸。
本发明的一个目的在于提供一香薰容器座及其制造方法和气味控制方法，其中所述香薰容器座的多个所述容器保持构件在所述香薰容器的同一个高度呈“一”字形被布置，以降低所述香薰容器的高度尺寸。
本发明的一个目的在于提供一香薰容器座及其制造方法和气味控制方法，其中所述香薰容器座提供一通信单元，供被通信地连接于一个电子设备，从而通过所述电子设备能够控制所述香薰容器座的状态。
本发明的一个目的在于提供一香薰容器座及其制造方法和气味控制方法，其中所述香薰容器座提供一监控单元，以供监控所述香薰容器座所处环境的状态，从而基于所述监控单元的监控结果控制所述香薰容器座的状态。
本发明的一个目的在于提供一香薰容器座及其制造方法和气味控制方法，其中所述气味控制方法允许所述香薰容器座所处环境的气味类型被调节。
本发明的一个目的在于提供一香薰容器座及其制造方法和气味控制方法，其中所述气味控制方法允许所述香薰容器座所处环境的气味浓度被调节。
本发明的一个目的在于提供一香薰容器座及其制造方法和气味控制方法，其中所述气 味控制方法通过调节多个所述香薰容器的状态的方式调节所述香薰容器座所处环境的气味类型和/或气味浓度。
本发明的一个目的在于提供一香薰容器座及其制造方法和气味控制方法，其中所述气味控制方法允许用户以非触摸的方式调节所述香薰容器座所处环境的气味和/或气味浓度。例如，所述气味控制方法允许用户通过语音控制的方式调节所述香薰容器座所处环境的气味类型和/或气味浓度。
本发明的一个目的在于提供一香薰容器座及其制造方法和气味控制方法，其中所述气味控制方法能够自主地控制所述香薰容器座所处环境的气味类型和/或气味浓度。
为了实现本发明的上述至少一个目的，本实用新型提供了一香薰容器座，供安装至少两香薰容器，其中所述香薰容器座包括：
至少一驱动电机；和
至少两容器保持构件，供分别安装至少一个所述香薰容器，其中每个所述容器保持构件被可驱动地连接于所述驱动电机，其中所述驱动电机能够驱动所述容器保持构件自一封闭状态转换至一挥发状态，以允许被安装于处在所述挥发状态的所述容器保持构件的所述香薰容器内的香薰材料挥发，和所述驱动电机能够驱动所述容器保持构件自所述挥发状态转换至所述封闭状态，以阻止被安装于处在所述封闭状态的所述容器保持构件的所述香薰容器内的香薰材料挥发。
依本发明的另一个方面，本发明进一步提供一香薰容器座，供安装至少两香薰容器，其中所述香薰容器座包括：
一座主体；和
至少两容器保持构件，供分别安装每个所述香薰容器，其中每个所述容器保持构件分别被可调节地安装于所述座主体，其中每个所述容器保持构件分别具有一封闭状态和一挥发状态，并且每个所述容器保持构件分别能够在所述封闭状态和所述挥发状态之间转换，其中当所述容器保持构件处于所述封闭状态时，被安装于处在所述封闭状态的所述容器保持构件的所述香薰容器内的香薰材料被允许挥发，和当所述容器保持构件处于所述挥发状态时，被安装于处在所述挥发状态的所述容器保持构件的所述香薰容器内的香薰材料被阻止挥发。
依本发明的另一个方面，本发明进一步提供一气味控制方法，供控制一香薰容器座所处环境的气味，其中所述气味控制方法包括如下步骤：
(a)驱动至少一个容器保持构件从一挥发状态转换至一封闭状态，以阻止被安装于处在所述封闭状态的所述容器保持构件的一香薰容器内的香薰材料挥发；和
(b)驱动一个所述容器保持构件从所述封闭状态转换至所述挥发状态，以允许被安装于处在所述挥发状态的所述容器保持构件的所述香薰容器内的香薰材料挥发。
附图说明
图1是依本发明的一较佳实施例的一电子香薰器的整体结构示意图。
图2是依本发明的上述较佳实施例的所述电子香薰器的一个分解示意图。
图3是依本发明的上述较佳实施例的所述电子香薰器的另一个分解示意图
图4是依本发明的上述较佳实施例的所述电子香薰器的另一个分解示意图。
图5是依本发明的上述较佳实施例的所述电子香薰器的前侧面的示意图。
图6是依本发明的上述较佳实施例的所述电子香薰器的一个板体的立体示意图。
图7是依本发明的上述较佳实施例的所述电子香薰器的一个香薰容器的分解示意图。
图8是依本发明的一较佳实施例的一香薰容器座的立体示意图。
图9是依本发明的上述较佳实施例的所述香薰容器座的分解示意图。
图10A和图10B分别是依发明的上述较佳实施例的所述香薰容器座立体示意图，其分别从不同的视角描述了所述香薰容器座的一壳体单元在被去除后的立体状态。
图11A至图11D分别是依本发明的上述较佳实施例的所述香薰容器座在被使用时的立体示意图，其分别描述了所述香薰容器座的所述壳体在被去除后的立体状态。
图12是依本发明的上述较佳实施例的所述香薰容器座的一个变形实施方式的不同视角的分解示意图。
图13是依本发明的上述较佳实施例的所述香薰容器座的一个位置的剖视示意图。
图14是依本发明的上述较佳实施例的所述香薰容器座的一个变形实施方式的立体示意图。
具体实施方式
根据本发明的权利要求和说明书所公开的内容，本发明的技术方案具体如下文所述。
本领域技术人员应理解的是，在本发明的揭露中，术语“纵向”、“横向”、“上”、“下”、“前”、“后”、“左”、“右”、“竖直”、“水平”、“顶”、“底”“内”、“外”等指示的方位或位置关系是基于附图所示的方位或位置关系，其仅是为了便于描述本发明和简化描述，而不是指示或暗示所指的装置或元件必须具有特定的方位、以特定的方位构造和操作，因此上述术语不能理解为对本发明的限制。
可以理解的是，术语“一”应理解为“至少一”或“一个或多个”，即在一个实施例中，一个元件的数量可以为一个，而在另外的实施例中，该元件的数量可以为多个，术语“一”不能理解为对数量的限制。
如图1-图7所示，本实施例所描述的电子香薰器，包括外壳体1，外壳体1一端具有多个出风孔10，外壳体1内设置有控制板6和多个旋转电机3；旋转电机3固定在外壳体1内腔中靠近出风孔10位置的隔板2前侧面；多个旋转电机3的主轴上均可拆卸式安装有香薰容器4，多个香薰容器4分别内置不同香型的香薰，香薰容器4的一端部具有多个散香孔421，散香孔处覆盖透气膜，旋转电机3旋转控制香薰容器4中的香薰与散香孔421接触或分离；控制板6与旋转电机3相连并受其控制。旋转电机3采用步进电机。其中香薰容器内的香薰为香薰精油。透气膜为PE复合透气膜或高聚物-二氧化硅膜。控制板的型号为YF-EX-01控制板。
外壳体1内还设置有风机7，隔板2后侧面通过支架5安装风机7，隔板2上设置有多个出风口20，一香薰容器旋转后其散香孔端与其对应位置的出风口对应，且其余香薰容器的散香孔端不与其对应位置的出风口对应，控制板与风机相连并受其控制。旋转电机3、香薰容器4和出风口20的数量均设置为三个，其中一出风口20呈倾斜设置；控制板上按键 贯穿外壳体；其风机启动对与出风口对应的一香薰容器的散香孔进行吹风，风力加快香味分子在空间的挥发能力，从而增强此产品的香味挥发效果。
电子香薰器还包括蓄电池8，蓄电池8与控制板6相连；其中蓄电池8采用锂电池或其余可充电电池。控制板6和蓄电池8均安装在支架5的侧部。
上述结构的工作原理：通过转动装有香水的容器(容器含散香孔)，控制容器中的香薰体与散香孔的接触或分离，从而达到开启和关闭香薰机的目的；当三个香薰容器的散香孔均朝上时，香薰体与散香面是处于分离状态，即此时香薰机是未使用；当其中一香薰容器的散香孔朝下时，由于重力作用，香薰精油与散香孔处的透气膜接触，即该香薰容器香味处于使用状态；同理，当使用者需要另一种香型时，只需按下按键让对应的容器旋转，使其处于使用状态。与此同时，不需要的香型所对应的容器会旋转到散香口垂直朝上的位置。其具体操作如下：
1、经内部程序设置三个模式(模式一、模式二、模式三)；当按一次轻触按键，风机工作，步进电机一旋转，使步进电机一上的香薰容器的散香孔朝下(其余两个香薰容器均朝上)；再一次轻触按键，风机工作，步进电机二旋转，使步进电机二上的香薰容器的散香孔朝下，且步进电机一旋转复位(该位置的香薰容器的散香孔朝上)；再一次轻触按键，风机工作，步进电机三旋转，使步进电机三上的香薰容器的散香孔朝下，且步进电机二旋转复位(该位置的香薰容器的散香孔朝上)。
2、另外通过程序设置也可以实现两种香型的香薰容器散香孔朝下，使得香薰精油与散香孔接触，例如玫瑰香型与茉莉香型或香叶香型复配形成一个新的香型，其余香薰容器的散香孔朝上；或者三种香型的香薰容器散香孔同时朝下，玫瑰香型和茉莉香型和香叶香型复配形成一个新的香型。
本实施例中，多个旋转电机3的主轴上均可拆卸式安装有香薰容器4，具体的安装结构为：旋转电机3的主轴套接固定有安装盘30，安装盘30的前侧面具有两个相互对称设置的弧形夹块31，香薰容器4被夹紧固定在两个弧形夹块31之间。其结构使得对香薰容器4的拆卸或安装更加方便，提升容器更换的便捷性。
本实施例中，外壳体1内腔的封闭端具有多个定位套，支架5的多个支柱分别插入多个定位套的内孔中定位。其结构实现对支架的定位固定更加牢固可靠，且通过支架固定隔板也更加牢固可靠。
本实施例中，外壳体1包括筒状壳体11和罩壳12，筒状壳体11的内腔封闭端面具有多个定位套，支架5的多个支柱分别插入多个定位套的内孔中定位，且隔板2被定位于筒状壳体11的开口处，罩壳12套扣于筒状壳体11的开口处，控制板6上按键贯穿筒状壳体11，出风孔10设置于罩壳12上。其结构实现打开罩壳后可进行拆卸或安装容器，使得机器的组装更加方便，更容易被制造成型。
本实施例中，隔板2包括板体21和护罩22，护罩22安装在板体21的前侧面，板体21的后侧面固定支架5；板体21上设置风道211，护罩22的前侧面设置风孔221，风道211的前端与风孔221对接连通；风道211的前端口径大于后端口径。其隔板的设计为了容易形成风道，而且该风道的设计使得出风更快速。
本实施例中，香薰容器4包括容器本体41、带散香孔421的盖体42；盖体43套接通 过螺纹螺合固定容器本体41的开口端，盖体42上通过螺纹螺合密封盖43。
参考本发明的说明书附图之附图8至图11D，依本发明的一较佳实施例一香薰容器座在接下来的描述中被揭露被阐述，其中所述香薰容器座供安装至少两装有不同香薰材料的香薰容器1000，通过分别调节每个所述香薰容器1000的状态的方式，能够分别地控制每个所述香薰容器1000内的香薰材料被允许挥发或者被阻止挥发，从而调节所述香薰容器座所处环境的气味(例如气味类型、气味浓度)。
具体地，所述香薰容器座包括一座主体40和分别被可调节地安装于所述座主体40的至少两容器保持构件50，以允许每个所述容器保持构件50相对于所述座主体40的状态能够分别被可调节，其中每个所述香薰容器1000分别被安装于每个所述容器保持构件50，从而通过调节每个所述容器保持构件50的状态的方式能够调节每个所述香薰容器1000的状态，进而所述香薰容器1000内的香薰材料能够被控制以被允许挥发或被阻止挥发。也就是说，在一个所述容器保持构件50相对于所述座主体40的状态被调节时，另外的所述容器保持构件50相对于所述座主体40的状态不变。
更具体地，每个所述容器保持构件50分别具有一封闭状态和一挥发状态，并且当每个所述容器保持构件50相对于所述座主体40的状态被调节后，每个所述容器保持构件50能够分别处于所述封闭状态或所述挥发状态，和当每个所述容器保持构件50相对于所述座主体40的状态被调节时，每个所述容器保持构件50能够分别在所述封闭状态和所述挥发状态之间转换。当一个所述容器保持构件50处于所述封闭状态时，被安装于所述容器保持构件50的所述香薰容器1000内的香薰材料被阻止挥发，相应地，当一个所述容器保持构件50处于所述挥发状态时，被安装于所述容器保持构件50的所述香薰容器1000内的香薰容器被允许挥发。
优选地，在附图8至图11D示出了所述香薰容器座的这个较佳示例中，所述容器保持构件50被可转动地安装于所述座主体40，从而通过使所述容器保持构件50做相对于所述座主体40的转动的方式，所述容器保持构件50能够在所述封闭状态和所述挥发状态之间转换。
继续参考附图8至图11D，在接下来的描述中，以所述香薰容器座包括三个所述容器保持构件50以供被安装三个所述香薰容器1000为例，继续阐述和揭露本发明的所述香薰容器的内容和特征。但是，本领域技术人员应当理解，在本发明的所述香薰容器座的一些示例中，所述香薰容器座可以仅包括两个所述容器保持构件50以供被安装两个所述香薰容器1000，或者所述香薰容器座可以包括四个以上的所述容器保持构件50以供被安装四个以上的所述香薰容器1000。因此，附图8至图11D示出的所述香薰容器座的具体类型仅为示例，其并不应被视为对本发明的所述香薰容器座的内容和范围的限制。
在本发明的所述香薰容器座的一个较佳示例中，在所述香薰容器座的同一个高度，多个所述容器保持构件50呈“一”字形被布置，参考附图8至图11D，通过这样的方式，所述香薰容器座的高度尺寸能够被降低。可选地，在本发明的所述香薰容器座的另一个较佳示例中，所述香薰容器座的多个所述容器保持构件50能够被错位地布置，通过这样的方式，所述香薰容器座的宽度尺寸能够被减小。
进一步地，所述座主体40界定一左侧空间41和对应于所述左侧空间41的一右侧空间 42，其中每个所述容器保持构件50均被保持于所述座主体40界定的所述左侧空间41，从而被安装于每个所述容器保持构件50的每个所述香薰容器1000分别被保持于所述座主体40界定的所述左侧空间41。
优选地，每个所述容器保持构件50的旋转面分别垂直于水平平面，从而在所述香薰容器1000被安装于所述容器保持构件50，且在所述容器保持构件50被驱动做相对于所述座主体40的转动时，所述香薰容器1000的开口方向能够在一朝上方向和一朝下方向之间转换。通常情况下，当所述香薰容器1000的开口方向处于所述朝上方向时，所述容器保持构件50被保持于所述封闭状态，以阻止所述香薰容器1000内的香薰材料被挥发，当所述香薰容器1000的开口方向处于所述朝下方向时，所述容器保持构件50被保持于所述挥发状态，以允许所述香薰容器1000内的香薰材料被挥发。
值得一提的是，所述香薰容器1000的开口方向与所述容器保持构件50的状态是否一致受限于所述香薰容器1000内的香薰材料的量。例如，当所述香薰容器1000内的香薰材料的量较多时，所述香薰容器1000的开口方向稍微倾斜于所述朝上方向，则所述容器保持构件50即可处于所述挥发状态，以允许所述香薰容器1000内的香薰材料被挥发，相应地，所述香薰容器1000的开口方向尽可能地朝向上方，所述容器保持构件50才可以处于所述封闭状态，以阻止所述香薰容器1000内的香薰材料被挥发。再例如，当所述香薰容器1000内的香薰材料的量较少时，所述香薰容器1000的开口方向相对于所述朝上方向的倾斜幅度需要被增加，所述容器保持构件50才可以处于所述挥发状态，以允许所述香薰容器1000内的香薰材料被挥发。可以确定的是，当所述香薰容器1000的开口方向处于所述朝上方向时，所述容器保持构件50处于所述封闭状态，相应地，当所述香薰容器1000的开口方向处于所述朝下方向时，所述容器保持构件50处于所述挥发状态。在附图11A至图11D中，以所述香薰容器1000的开口方向处于所述朝上方向和所述香薰容器1000的开口方向处于所述朝下方向为例，对所述容器保持构件50的状态与所述香薰容器1000的挥发状态进行说明。
为了便于描述和理解，将所述香薰容器座的三个所述容器保持构件50依次命名为一第一容器保持构件50a、一第二容器保持构件50b以及一第三容器保持构件50c，相应地，被安装于所述第一容器保持构件50a的所述香薰容器1000被命名为一第一香薰容器1000a，被安装于所述第二容器保持构件50b的所述香薰容器1000被命名为一第二香薰容器1000b，被安装于所述第三容器保持构件50c的所述香薰容器1000被命名为一第三香薰容器1000c。
在附图11A中，所述第一容器保持构件50a、所述第二容器保持构件50b和所述第三容器保持构件50c均处于所述封闭状态，此时，所述第一香薰容器1000a、所述第二香薰容器1000b和所述第三香薰容器1000c的开口方向均处于所述朝上方向，从而所述第一香薰容器1000a、所述第二香薰容器1000b和所述第三香薰容器1000c的香薰材料均被阻止挥发。
在附图11B中，驱动所述第一容器保持构件50a做相对于所述座主体40的转动，以使所述第一香薰容器1000a的开口方向处于所述朝下方向，从而所述第一香薰容器1000a内的香薰材料被允许挥发，此时，所述第一容器保持构件50a被转换至所述挥发状态；所述第二容器保持构件50b和所述第三容器保持构件50c的状态不变(所述第二容器保持构件50b和所述第三容器保持构件50c均处于所述封闭状态)，从而所述第二香薰容器1000b和 所述第三香薰容器1000c的开口方向不变。
在附图11C中，驱动所述第一容器保持构件50a做相对于所述座主体40的转动，以使所述第一香薰容器1000a的开口方向处于所述朝上方向，从而所述第一香薰容器1000a内的香薰材料被阻止挥发，此时，所述第一容器保持构件50a被转换至所述封闭状态；驱动所述第二容器保持构件50b做相对于所述座主体50的转动，以使所述第二香薰容器1000b的开口方向处于所述朝下方向，从而所述第二香薰容器1000b内的香薰材料被允许挥发，此时，所述第二容器保持构件50b被转换至所述挥发状态；所述第三容器保持构件50c的状态不变(所述第三容器保持构件50c处于所述封闭状态)，从而所述第三香薰容器1000c的开口方向不变。
在附图11D中，驱动所述第二容器保持构件50b做相对于所述座主体40的转动，以使所述第二香薰容器1000b的开口方向处于所述朝上方向，从而所述第二香薰容器1000a内的香薰材料被阻止挥发，此时，所述第二容器保持构件50b被转换至所述封闭状态；驱动所述第三容器保持构件50c做相对于所述座主体50的转动，以使所述第三香薰容器1000c的开口方向处于所述朝下方向，从而所述第三香薰容器1000c内的香薰材料被允许挥发，此时，所述第三容器保持构件50c被转换至所述挥发状态；所述第一容器保持构件50a的状态不变，从而所述第一香薰容器1000a的开口方向不变(所述第一容器保持构件50a处于所述封闭状态)。
所述第一香薰容器1000a的香薰材料、所述第二香薰容器1000b的香薰材料和所述第三香薰容器1000c内的香薰材料的类型不同，从而当所述第一香薰容器1000a的开口方向、所述第二香薰容器1000b的开口方向和所述第三香薰容器1000c的开口方向分别处于所述朝下方向时，所述香薰容器座所处环境的气味能够被调节。
继续参考附图8至图11D，在本发明的所述香薰容器座的这个较佳示例中，所述座主体40具有至少两安装孔43，其中每个所述容器保持构件50分别被可转动地安装于所述座主体40的每个所述安装孔43，以允许所述容器保持构件50在所述座主体40的所述安装孔43内做相对于所述座主体40的转动。
优选地，所述座主体40的所述安装孔43是通孔，其贯穿所述座主体40的两侧，以允许所述安装孔43连通所述座主体40界定的所述左侧空间41和所述右侧空间42，从而在所述座主体40界定的所述右侧空间42能够驱动保持于所述座主体40界定的所述左侧空间41的所述容器保持构件50转动。
可选地，在本发明的所述香薰容器座的一个变形示例中，所述座主体40的所述安装孔43是盲孔，从而被保持在所述座主体40界定的所述左侧空间41的所述容器保持构件50需要在所述座主体40的所述左侧空间41被驱动而转动。
继续参考附图8至图11D，所述香薰容器座进一步包括至少一驱动电机60，其中所述驱动电机60能够驱动所述容器保持构件50做相对于所述座主体40的转动。
在附图8至图11D示出的所述香薰容器座的这个较佳示例中，所述驱动电机60的数量和所述容器保持构件50的数量一致，从而每个所述容器保持构件50分别被可驱动地连接于所述驱动电机50，以允许每个所述驱动电机60分别单独地驱动每个所述容器保持构件50做相对于所述座主体40的转动。
可选地，在本发明的所述香薰容器座的另一些示例中，一个所述驱动电机60能够驱动两个以上的所述容器保持构件50做相对于所述座主体40的转动。例如，在两个以上的所述容器保持构件50和所述驱动电机60之间设置一个或者一组齿轮，从而所述驱动电机60可以通过这些齿轮驱动两个以上的所述容器保持构件50做相对于所述座主体40的转动。
进一步地，参考附图8至图11D，每个所述驱动电机60分别被安装于所述座主体40，并且被保持于所述座主体40界定的所述右侧空间42，从而每个所述驱动电机60分别在所述座主体40界定的所述右侧空间42单独地驱动被保持于所述座主体40界定的所述左侧空间41的每个所述容器保持构件50做相对于所述座主体40的转动。
所述驱动电机60被安装于所述座主体40的方式不受限制，例如可以通过螺钉或者胶合等方式安装所述驱动电机60于所述座主体40。
继续参考附图8至图11D，所述容器保持构件50具有一保持空间51，以供容纳所述香薰容器1000。
具体地，所述容器保持构件50包括一安装臂52和一体地成型于所述安装臂52的一保持臂53，其中所述安装臂52被可转动地安装于所述座主体40和被可驱动地连接于所述驱动电机60，其中所述保持臂53形成所述保持空间51。
优选地，所述保持臂53具有连通于所述保持空间51的一缺口54，以允许所述保持空间51的尺寸能够被调整，从而所述香薰容器1000能够以被所述保持臂53夹持的方式被保持于所述保持空间51，通过这样的方式，在所述容器保持构件50被所述驱动电机60驱动而做相对于所述座主体40的转动时，所述香薰容器1000能够被可靠地保持于所述容器保持构件50的所述保持空间51。
更优选地，所述容器保持构件50包括一限位部55，其中所述限位部55一体地延伸于所述保持臂53，其中所述限位部55用于限制所述香薰容器1000被安装的位置，通过这样的方式，被安装于不同的所述容器保持构件50的多个所述香薰容器1000具有相同的安装位置。
继续参考附图8至图11D，所述座主体40具有至少一风道44，其分别贯穿所述座主体40，以连通所述座主体40界定的所述左侧空间41和所述右侧空间42。每个所述风道44的风道口441分别被邻近地保持于每个所述容器保持构件50，以允许自所述风道44的所述风道口441吹出的风力能够作用于被安装于所述容器保持构件50的所述香薰容器座100，从而帮助自所述香薰容器1000挥发的气味进一步挥发至所述香薰容器座所处环境。优选地，所述风道44的所述风道口441位于所述容器保持构件50的下部，这样，当被安装于所述容器保持构件50的所述香薰容器1000的开口方向被调整到所述朝下方向时，所述风道44的所述风道口441正对所述香薰容器1000的开口，从而帮助自所述香薰容器1000挥发至的气味进一步挥发至所述香薰容器座所处环境。
所述香薰容器座进一步包括一风机70，其中所述风机70被设置于所述座主体40界定的所述右侧空间42，其中所述风机70提供的气流能够经所述座主体40的每个所述风道44自所述座主体40界定的所述右侧空间42流动至所述座主体40界定的所述左侧空间41，从而帮助自所述香薰容器1000挥发的气味进一步挥发至所述香薰容器座所处环境。
进一步地，所述香薰容器座包括一集成体80，其中所述集成体80被安装于所述座主体 40和被保持于所述座主体40界定的所述右侧空间42，所述风机70被安装于所述集成体80。所述集成体80具有至少两个引导道81，其中所述集成体80的每个所述引导道81分别对应于和连通于所述座主体40的每个所述风道44，其中所述集成体80的所述引导道81用于引导所述风机70产生的风力进入和所述座主体40的所述风道44，以从所述风道44的所述风道口441进入所述座主体40界定的所述左侧空间41。
继续参考附图8至图11D，所述香薰容器座进一步包括一控制单元90，其中所述控制单元90包括一集成电路板91，每个所述驱动电机60和所述风机70分别被可控制地连接于所述集成电路板91。所述集成电路板91能够分配电力至所述驱动电机60和所述风机70，以分别控制所述驱动电机60和所述风机70的工作状态。优选地，所述集成电路板91被安装于所述集成体80。
所述控制单元90进一步包括一控制开关92，其中所述控制开口92被连接于所述集成电路板91，其中所述控制开口92控制所述集成电路板91分配电力至所述驱动电机60和所述风机70，从而分别控制所述驱动电机60和所述风机70的工作状态。所述控制开口92的类型在本发明的所述香薰容器座中不受限制，例如所述控制开关92可以是按压式开关以允许用户通过按压的方式控制，或者所述控制开关92是触摸式开关以允许用户通过触摸的方式控制，或者所述控制开关92是语音式开关以允许用户通过语音的方式控制，或者所述控制开关92是电子式开关以允许用户通过智能手机、平板电脑等电子设备在远程控制。
所述控制单元90的所述控制开关92的类型可以根据所述香薰容器座的使用环境被选择。例如，当所述香薰容器座被应用于汽车环境时，所述控制开关92可以优选为语音式开关，从而用户在驾驶汽车的过程中，通过语音的方式能够藉由所述控制开关92控制所述集成电路板91分配电力至所述驱动电机60和所述风机70，以避免用户通过手动操作的方式调整所述香薰容器座所处环境的气味。
继续参考附图8至图11D，所述香薰容器座进一步包括一蓄电单元100，其中所述蓄电单元100被连接于所述集成电路板91，其中所述控制开关92能够控制所述集成电路板91分配所述蓄电单元100提供的电力至所述驱动电机60和所述风机70，以控制所述驱动电机60和所述风机70的工作状态。例如，所述蓄电单元100可以是但不限于可充电电池(例如锂电池)或者干电池，或者所述蓄电单元100可以包括但不限于可充电电池或者干电池。优选地，所述蓄电单元100被安装于所述集成体80。
继续参考附图8至图11D，所述香薰容器座进一步包括一外壳110，其中所述外壳110包括一主壳体111和一盖体112，所述盖体112具有一组气味挥发通道1120。所述主壳体111被设置于所述座主体40，并且所述主壳体111包围所述驱动电机60、所述风机70、所述集成体80、所述控制单元90和所述蓄电单元100。所述盖体112被安装于所述主壳体111，并且在所述盖体112和所述主壳体111之间形成一气味挥发空间113，其中所述盖体112的每个所述气味挥发通道1120分别连通所述气味挥发空间113和外部。每个所述容纳保持构件50分别位于所述外壳110的所述气味挥发空间113，从而使得每个所述香薰容器1000分别位于所述外壳110的所述气味挥发空间113，这样，当所述香薰容器1000在所述外壳110的所述气味挥发空间113挥发气味时，气味能够自所述盖体112的每个所述气味挥发通道1120挥发至所述香薰容器座所处环境。优选地，所述主壳体111可以具有至少一换气通道 1110，以允许所述风机70在所述主壳体111的内部鼓动空气流动而形成在所述座主体40的所述风道44流动的气流。
优选地，所述盖体112被可拆卸地安装于所述主壳体111，以允许所述盖体112被从所述主壳体111拆卸，从而便于更换位于形成在所述盖体112和所述主壳体111的所述气味挥发空间113的所述香薰容器1000。
所述控制单元90的所述控制开关92可以被设置于所述主壳体111，以使所述控制开关92被暴露在所述主壳体111的外部，从而用户可以方便地在所述主壳体111的外部操作所述控制开关92。
参考附图11A，所述第一容器保持构件50a、所述第二容器保持构件50b和所述第三容器保持构件50c均处于所述封闭状态，此时，所述第一香薰容器1000a、所述第二香薰容器1000b和所述第三香薰容器1000c的开口方向均处于所述朝上方向，从而所述第一香薰容器1000a、所述第二香薰容器1000b和所述第三香薰容器1000c的香薰材料均被阻止挥发。
参考附图11B，一个所述驱动电路60驱动所述第一容器保持构件50a做相对于所述座主体40的转动，以使所述第一香薰容器1000a的开口方向处于所述朝下方向，从而所述第一香薰容器1000a内的香薰材料被允许挥发，此时，所述第一容器保持构件50a自所述封闭状态被转换至所述挥发状态；所述第二容器保持构件50b和所述第三容器保持构件50c的状态不变(所述第二容器保持构件50b和所述第三容器保持构件50c均处于所述封闭状态)，从而所述第二香薰容器1000b和所述第三香薰容器1000c的开口方向不变，以阻止所述第二香薰容器1000b和所述第三香薰容器1000c内的香薰材料挥发。所述风机70形成的气流在所述集成体80的所述引导道81的引导下进入所述座主体40的所述风道44，并在气流自所述风道44的所述风道口441进入所述座主体40界定的所述左侧空间41时，气流能够直接作用于自所述第一香薰容器1000a的开口挥发的气味而使气味加速挥发至所述香薰容器座所处环境。
参考附图11C，一个所述驱动电机60驱动所述第一容器保持构件50a做相对于所述座主体40的转动，以使所述第一香薰容器1000a的开口方向处于所述朝上方向，从而所述第一香薰容器1000a内的香薰材料被阻止挥发，此时，所述第一容器保持构件50a自所述挥发状态被转换至所述封闭状态；另一个所述驱动电机60驱动所述第二容器保持构件50b做相对于所述座主体40的转动，以使所述第二香薰容器1000b的开口方向处于所述朝上方向，从而所述第二香薰容器1000b内的香薰材料被允许挥发，此时，所述第二容器保持构件50b自所述封闭状态被转换至所述挥发状态；所述第三容器保持构件50c的状态不变(所述第三容器保持构件50c处于所述封闭状态)，从而所述第三香薰容器1000c的开口方向不变，以阻止所述第三香薰容器1000c内的香薰材料挥发。所述风机70形成的气流在所述集成体80的所述引导道81的引导下进入所述座主体40的所述风道44，并在气流自所述风道44的所述风道口441进入所述座主体40界定的所述左侧空间41时，气流能够直接作用于自所述第二香薰容器1000b的开口挥发的气味而使气味加速挥发至所述香薰容器座所处环境。
参考附图11D，一个所述驱动电机60驱动所述第二容器保持构件50b做相对于所述座主体40的转动，以使所述第二香薰容器1000b的开口方向处于所述朝上方向，从而所述第二香薰容器1000b内的香薰材料被阻止，此时，所述第二容器保持构件50b自所述封闭挥 发状态转换至所述封闭状态；另一个所述驱动电机60驱动所述第三容器保持构件50c做相对于所述座主体40的转动，以使所述第三香薰容器100c的开口方向处于所述朝上方向，从而所述第三香薰容器1000c内的香薰材料被允许挥发，此时，所述第三容器保持构件50c自所述封闭状态被转换至所述挥发状态；所述第一容器保持构件50a的状态不变(所述第一容器保持构件50a处于所述封闭状态)，从而所述第一香薰容器1000a的开口方向不变，以阻止所述第一香薰容器1000a内的香薰材料挥发。所述风机70形成的气流在所述集成体80的所述引导道81的引导下进入所述座主体40的所述风道44，并在气流自所述风道44的所述风道口441进入所述座主体40界定的所述左侧空间41时，气流能够直接作用于自所述第三香薰容器1000c的开口挥发的气味而使气味加速挥发至所述香薰容器座所处环境。
继续参考附图8至图11D，所述香薰容器座进一步包括一通信单元120，所述通信单元120被连接于所述控制单元90的所述集成电路板91，其中所述通信单元120被供连接于一电子设备，例如但不限于智能手机，从而通过所述电子设备能够控制所述香薰容器座的状态。
值得一提的是，所述通信单元120的类型在本发明的所述香薰容器座中不受限制，例如所述通信单元120可以是蓝牙模块、Wi-Fi模块、近场通信模块等。
优选地，所述通信单元120被设置于所述集成电路板91，如此可以隐藏所述通信单元120于所述香薰容器座的内部，以避免所述通信单元120被直接地暴露于外部而保护所述通信模块120。例如，所述通信单元120可以被贴装于所述集成电路板91。附图12至图13示出了所述香薰容器座的一个变形示例，与附图8至图11D示出的所述香薰容器座不同的是，在附图12至图13示出的所述香薰容器座的这个具体示例中，所述容器保持构件50被直接地安装于所述驱动电机60，以允许所述驱动电机60驱动所述容器保持构件50在所述封闭状态和所述挥发状态之间转换。具体地，所述座主体40具有至少两安装孔43，其分别连通所述座主体40界定的所述左侧空间41和所述右侧空间42，其中每个所述驱动电机60分别在所述座主体40界定所述右侧空间42被安装于所述座主体40，并且每个所述驱动电机60的转子(驱动轴)分别经所述座主体40的每个所述安装孔43自所述座主体40界定的所述右侧空间42延伸至所述座主体40界定的所述左侧空间41，其中每个所述容器保持构件50分别在所述座主体40界定的所述左侧空间41安装于每个所述驱动电机50的转子(驱动轴)，以安装所述容器保持构件50于所述驱动电机60。
附图14示出了所述香薰容器座的另一个变形示例，与附图8至图11D示出的所述香薰容器座不同的是，在附图14示出的所述香薰容器座的这个具体示例中，所述香薰容器座进一步包括一监控单元130，其中所述监控单元130被连接于所述控制单元90的所述集成电路板91，其中所述监控单元130能够监控所述香薰容器座所处环境的变化而基于所述香薰容器座所处环境的变化调整所述香薰容器座的状态。
值得一提的是，所述监控单元130的类型在本发明的所述香薰容器座中不受限制，例如所述监控单元130可以包括摄像头，以通过拍摄所述香薰容器座所处环境的图片的方式监控所述香薰容器座所处环境的变化，或者所述监控单元130可以包括定位器件，以通过提供所述香薰容器座所处具体位置的方式监控所述香薰容器座所处环境的变化。
优选地，在附图14示出的所述相信容器座的这个具体示例中，所述监控单元130包括 摄像头，其被设置于所述外壳110的所述主壳体111。
例如，本发明的所述香薰容器座可以被应用于汽车而形成一个车载香薰容器座，例如，所述香薰容器座可以被摆放于汽车的中控台的位置或者后排座椅的后部搁置台上，以允许所述监控单元130朝向汽车的外部。在汽车移动的过程中，所述监控单元130可以持续地性或者间接性地拍摄汽车的周围环境的图片，以获取所述香薰容器座所处环境的变化，根据所述监控单元130提供的所述香薰容器座所处环境的变化，所述香薰容器座的状态能够被调整，以使汽车的内部空间的气味匹配汽车所处的环境。
依本发明的另一个方面，本发明进一步提供一气味控制方法，供控制所述香薰容器座所处环境的气味，其中所述气味控制方法包括如下步骤：
驱动至少一个所述容器保持构件50从所述挥发状态转换至所述封闭状态，以阻止被安装于处在所述封闭状态的所述容器保持构件50的所述香薰容器1000内的香薰材料挥发；和
驱动一个所述所述容器保持构件50从所述封闭状态转换至所述挥发状态，以允许被安装于处在所述挥发状态的所述容器保持构件50的所述香薰容器1000内的香薰材料挥发。
优选地，在上述方法中，通过所述驱动电机60驱动所述容器保持构件50在所述封闭状态和所述挥发状态之间转换。例如，在本发明的所述气味控制方法的一个较佳示例中，一个所述驱动电机60可以通过齿轮或者齿轮组同时驱动一个所述容器保持构件50自所述挥发状态向所述封闭状态转换和驱动另一个所述容器保持构件50自所述封闭状态向所述挥发状态转换。
进一步地，在所述步骤(b)中，允许气流在所述香薰容器1000的开口处流动，以增加气味的挥发速度。
依本发明的另一个方面，本发明进一步提供所述香薰容器座1000的制造方法，其中所述制造方法包括如下步骤：
(A)于所述座主体40的一个侧部安装至少一个所述驱动电机60于所述座主体40；和
(B)于所述座主体40的另一个侧部安装至少两容器保持构件50于每个所述驱动电机60，以允许所述驱动电机60驱动所述容器保持构件50转动，从而制得所述香薰容器座。
所述制造方法进一步包括步骤：形成至少一风道44于所述座主体40，其中所述风道44的所述风道口441邻近地形成于所述容器保持构件50。
所述制造方法进一步包括步骤：保持所述风机70于所述座主体40的被安装有所述驱动电机60的侧部，以允许所述风机70产生的气流经所述风道44自所述座主体40的被安装有所述驱动电机60的侧部流动至所述座主体40的被保持有所述容器保持构件50的侧部。
所述制造方法进一步包括步骤：安装所述集成体80于所述座主体40的被安装有所述驱动电机60的侧部，和安装所述风机70于所述集成体80，从而使所述集成体80的所述引导道81连通于所述座主体40的所述风道44和对应于所述风机70。
所述制造方法进一步包括步骤：安装所述主壳体111于所述座主体40的被安装有所述驱动电机60的侧部，以供包围所述驱动电机40，和安装所述盖体112于所述主壳体111，以供在所述盖体112和所述主壳体111之间形成容纳所述容器保持构件50的所述气味挥发空间113。
本领域的技术人员可以理解的是，以上实施例仅为举例，其中不同实施例的特征可以相互组合，以得到根据本发明揭露的内容很容易想到但是在附图中没有明确指出的实施方式。
本领域的技术人员应理解，上述描述及附图中所示的本发明的实施例只作为举例而并不限制本发明。本发明的目的已经完整并有效地实现。本发明的功能及结构原理已在实施例中展示和说明，在没有背离所述原理下，本发明的实施方式可以有任何变形或修改。

Claims (30)

  1. 一香薰容器座，供安装至少两香薰容器，其特征在于，包括：
    至少一驱动电机；和
    至少两容器保持构件，供分别安装至少一个所述香薰容器，其中每个所述容器保持构件被可驱动地连接于所述驱动电机，其中所述驱动电机能够驱动所述容器保持构件自一封闭状态转换至一挥发状态，以允许被安装于处在所述挥发状态的所述容器保持构件的所述香薰容器内的香薰材料挥发，和所述驱动电机能够驱动所述容器保持构件自所述挥发状态转换至所述封闭状态，以阻止被安装于处在所述封闭状态的所述容器保持构件的所述香薰容器内的香薰材料挥发。
  2. 根据权利要求1所述的香薰容器座，其中所述驱动电机的数量与所述容器保持构件的数量一致，以使一个所述驱动电机仅被连接一个所述容器保持构件。
  3. 根据权利要求2所述的香薰容器座，进一步包括一座主体，其界定一左侧空间和对应于所述左侧空间的一右侧空间以及具有连通所述左侧空间和所述右侧空间的至少一风道，其中每个所述驱动电机均位于所述座主体界定的所述右侧空间，每个所述容器保持构件均位于所述座主体界定的所述左侧空间，所述风道的风道口邻近地形成于所述容器保持构件的下部。
  4. 根据权利要求3所述的香薰容器座，进一步包括一风机，其中所述风机位于所述座主体界定的所述右侧空间，并且所述座主体的所述风道对应于所述风机，以允许所述风机产生的气流经所述风道自所述座主体界定的所述右侧空间流动至所述座主体界定的所述左侧空间。
  5. 根据权利要求4所述的香薰容器座，其中所述香薰容器座包括三个所述容器保持构件，其中所述座主体具有三个所述风道，每个所述风道分别对应于每个所述容器保持构件。
  6. 根据权利要求4所述的香薰容器座，进一步包括一集成体，所述集成体具有至少一引导道，其中所述集成体被安装于所述座主体，并且所述座主体的每个所述风道分别对应于和连通于所述集成体的每个所述风道，其中所述风机被安装于所述集成体，并且所述集成体的每个所述引导道分别对应于所述风机。
  7. 根据权利要求5所述的香薰容器座，进一步包括一集成体，所述集成体具有三个引导道，其中所述集成体被安装于所述座主体，并且所述座主体的每个所述风道分别对应于和连通于所述集成体的每个所述风道，其中所述风机被安装于所述集成体，并且所述集成体的每个所述引导道分别对应于所述风机。
  8. 根据权利要求1至7中任一所述的香薰容器座，进一步包括一控制单元，其中所述控制单元包括一集成电路板，每个所述驱动电机分别被连接于所述集成电路板，其中所述集成电路板分配电力至每个所述驱动电机，以供控制每个所述驱动电机的工作状态。
  9. 根据权利要求4至7中任一所述的香薰容器座，进一步包括一控制单元，其中所述控制单元包括一集成电路板，每个所述驱动电机和所述风机分别被连接于所述集成电路板，其中所述集成电路板分配电力至每个所述驱动电机和所述风机，以供控制每个所述驱动电机和所述风机的工作状态。
  10. 根据权利要求9所述的香薰容器座，其中所述控制单元包括一控制开关，所述控制开关连接于所述集成电路板，以供控制所述集成电路板分配电力至每个所述驱动电机和所述风机。
  11. 根据权利要求10所述的香薰容器座，进一步包括一蓄电单元，所述蓄电单元被连接于所述集成电路板。
  12. 根据权利要求3至7中任一所述的香薰容器座，进一步包括一外壳，其中所述外壳包括一主壳体和一盖体，所述主壳体具有至少一换气通道，所述盖体具有至少一气味挥发通道，其中所述壳主体被安装于所述座主体，以包围每个所述驱动电机，其中所述盖体被安装于所述主壳体，以在所述盖体和所述主壳体之间形成一气味挥发空间，供容纳每个所述容器保持构件，其中所述盖体的每个所述气味挥发通道连通所述气味挥发空间。
  13. 一香薰容器座，供安装至少两香薰容器，其特征在于，包括：
    一座主体；和
    至少两容器保持构件，供分别安装每个所述香薰容器，其中每个所述容器保持构件分别被可调节地安装于所述座主体，其中每个所述容器保持构件分别具有一封闭状态和一挥发状态，并且每个所述容器保持构件分别能够在所述封闭状态和所述挥发状态之间转换，其中当所述容器保持构件处于所述封闭状态时，被安装于处在所述封闭状态的所述容器保持构件的所述香薰容器内的香薰材料被允许挥发，和当所述容器保持构件处于所述挥发状态时，被安装于处在所述挥发状态的所述容器保持构件的所述香薰容器内的香薰材料被阻止挥发。
  14. 根据权利要求13所述的香薰容器座，其中每个所述容器保持构件分别被可转动地安装于所述座主体。
  15. 根据权利要求14所述的香薰容器座，其中所述座主体界定一左侧空间和对应于所述左侧空间的一右侧空间，每个所述容器保持构件均位于所述座主体界定的所述左侧空间，其中所述香薰容器座进一步包括至少一驱动电机，其位于所述座主体界定的所述右侧空间，其中每个所述容器保持构件分别被可驱动地连接于所述驱动电机。
  16. 根据权利要求15所述的香薰容器座，其中所述座主体具有连通所述左侧空间和所述右侧空间的至少一风道，其风道口邻近地形成于所述容器保持构件的下部。
  17. 根据权利要求16所述的香薰容器座，其中所述香薰容器座包括三个所述容器保持构件，所述座主体具有三个所述风道，每个所述风道的风道口分别邻近地形成于每个所述容器保持构件的下部。
  18. 根据权利要求16所述的香薰容器座，进一步包括一风机，其中所述风机位于所述座主体界定的所述右侧空间，并且所述座主体的所述风道对应于所述风机，以允许所述风机产生的气流经所述风道自所述座主体界定的所述右侧空间流动至所述座主体界定的所述左侧空间。
  19. 根据权利要求17所述的香薰容器座，进一步包括一风机，其中所述风机位于所述座主体界定的所述右侧空间，并且所述座主体的所述风道对应于所述风机，以允许所述风机产生的气流经所述风道自所述座主体界定的所述右侧空间流动至所述座主体界定的所述左侧空间。
  20. 根据权利要求18所述的香薰容器座，进一步包括一集成体，所述集成体具有至少一引导道，其中所述集成体被安装于所述座主体，并且所述座主体的每个所述风道分别对应于和连通于所述集成体的每个所述风道，其中所述风机被安装于所述集成体，并且所述集成体的每个所述引导道分别对应于所述风机。
  21. 根据权利要求19所述的香薰容器座，进一步包括一集成体，所述集成体具有三个引导道，其中所述集成体被安装于所述座主体，并且所述座主体的每个所述风道分别对应于和连通于所述集成体的每个所述风道，其中所述风机被安装于所述集成体，并且所述集成体的每个所述引导道分别对应于所述风机。
  22. 根据权利要求13至21中任一所述的香薰容器座，进一步包括一外壳，其中所述外壳包括一 主壳体和一盖体，所述盖体具有至少一气味挥发通道，其中所述主壳体被安装于所述座主体，并且所述主壳体位于所述座主体界定的所述右侧空间，其中所述盖体被安装于所述主壳体，以在所述盖体和所述主壳体之间形成一气味挥发空间，供容纳每个所述容器保持构件，其中所述盖体的每个所述气味挥发通道连通所述气味挥发空间。
  23. 一气味控制方法，供控制一香薰容器座所处环境的气味，其特征在于，所述气味控制方法包括如下步骤：
    (a)驱动至少一个容器保持构件从一挥发状态转换至一封闭状态，以阻止被安装于处在所述封闭状态的所述容器保持构件的一香薰容器内的香薰材料挥发；和
    (b)驱动一个所述容器保持构件从所述封闭状态转换至所述挥发状态，以允许被安装于处在所述挥发状态的所述容器保持构件的所述香薰容器内的香薰材料挥发。
  24. 根据权利要求23所述的气味控制方法，其中在上述方法中，通过一驱动电机驱动所述容器保持构件在所述封闭状态和所述挥发状态之间转换。
  25. 根据权利要求23或24所述的气味控制方法，其中在所述步骤(b)中，允许气流在所述香薰容器的开口处流动。
  26. 一香薰容器座的制造方法，其特征在于，所述制造方法包括如下步骤：
    (A)于一座主体的一个侧部安装至少一驱动电机于所述座主体；和
    (B)于所述座主体的另一个侧部安装至少两容器保持构件于每个所述驱动电机，以允许所述驱动电机驱动所述容器保持构件转动，从而制得所述香薰容器座。
  27. 根据权利要求26所述的制造方法，进一步包括步骤：形成至少一风道于所述座主体，其中所述风道的风道口邻近地形成于所述容器保持构件。
  28. 根据权利要求27所述的制造方法，进一步包括步骤：保持一风机于所述座主体的被安装有所述驱动电机的侧部，以允许所述风机产生的气流经所述风道自所述座主体的被安装有所述驱动电机的侧部流动至所述座主体的被保持有所述容器保持构件的侧部。
  29. 根据权利要求28所述的制造方法，进一步包括步骤：安装一集成体于所述座主体的被安装有所述驱动电机的侧部，和安装所述风机于所述集成体，从而使所述集成体的引导道连通于所述座主体的所述风道和对应于所述风机。
  30. 根据权利要求26至29所述的制造方法，进一步包括步骤：安装一主壳体于所述座主体的被安装有所述驱动电机的侧部，以供包围所述驱动电机，和安装一盖体于所述主壳体，以供在所述盖体和所述主壳体之间形成容纳所述容器保持构件的一气味挥发空间。
PCT/CN2019/095375 2018-12-17 2019-07-10 香薰容器座及其制造方法和气味控制方法 WO2020124998A1 (zh)

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CN101039704A (zh) * 2004-08-13 2007-09-19 西班牙佐贝尔股份公司 用于扩散挥发性物质的装置
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US4889286A (en) * 1988-09-19 1989-12-26 Donald Spector Controllable air freshener unit
US20050001052A1 (en) * 1999-09-29 2005-01-06 Givaudan Sa Device for the controllable transfer of a liquid and an apparatus for dispensing transferred liquids
CN101039704A (zh) * 2004-08-13 2007-09-19 西班牙佐贝尔股份公司 用于扩散挥发性物质的装置
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