• 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:
    The present invention is a sterile facial mask filling machine comprising a filling machine main body (1), an ultraviolet-resistant machine body cover (2), sterilization systems (3), a porous top cover ( 4), a heat-resistant material transport duct (5), a heat-resistant magnetic pump (6), a drainage duct (13), heat-resistant filling heads (14) and a heat-resistant supply duct (15), a an alcohol supply valve (10) and an alcohol circulation tank (11), said cover being mounted within said main body, said sterilization systems being mounted within said cover, said upper cover being disposed on the top of the main body (1) and said transport duct (5) being mounted inside said cover (2), and one end of said duct (5) being connected to said supply line (15) and the supply valve (10).
    公开号:FR3061661A1
    申请号:FR1850162
    申请日:2018-01-09
    公开日:2018-07-13
    发明作者:Jun Yu；Yang Sun
    申请人:Guangzhou Additive Free Cosmetic Co Ltd；
    IPC主号:
    专利说明:

    Holder (s): GUANGZHOU ADDITIVE FREE COSMETIC CO., LTD ..
    Extension request (s)
    Agent (s): CABINET NUSS Limited liability company.
    STERILE FACE MASK FILLING MACHINE.
    FR 3 061 661 - A1 (5 /) The present invention is a sterile facial mask filling machine comprising a main body of the filling machine (1), an ultraviolet resistant machine body covering (2), sterilization (3), a porous upper cover (4), a heat-resistant material transport pipe (5), a heat-resistant magnetic pump (6), a drainage pipe (13), heat-resistant filling heads (14) and a heat-resistant supply duct (15), an alcohol supply valve (10) and an alcohol circulation tank (11), said cover being mounted inside said main body, said sterilization systems being mounted at the interior of said cover, said top cover being disposed on top of the main body (1) and said transport duct (5) being mounted inside said cover (2), and one end of said duct (5) being connected to the supply line entation (15) and to the supply valve (10).

    - 1 DESCRIPTION
    Cross-reference with related requests
    This application claims priority from Chinese patent application number CN201720026978.4, filed at the Chinese Patent Office on January 11, 2017, and entitled Sterile facial mask filling machine, the content of which is incorporated herein by reference as a whole.
    Technical area
    The present description relates to a sterile facial mask filling machine (a sterile filling machine for a facial mask), belonging to an innovative technology consisting in using a sterile facial mask filling machine in the field of cosmetics.
    Prior art
    At present, in existing technologies in the field of cosmetics, the process for ensuring the preservation of the materials on the internal side of a facial mask mainly comprises the addition of a preservative or of substances having a preservation function. However, such substances can cause irritation, allergies, cell damage or even chronic conditions accumulated over the long term on the human body. Materials on the inner side of a face mask that are completely free of preservatives or preservatives are most likely to be contaminated with bacteria. For the filling step in aseptic production, since the materials can come into contact with air at the time of filling, it is technically difficult to ensure sterility, in particular to achieve safe and stable large-scale production.
    summary
    An object of the present description is to provide a sterile facial mask filling machine taking into account the above problems. In the present description, the filling is carried out under sterile conditions, which ensures stable and reliable large-scale production conditions for the production of facial masks without preservatives.
    The above object of this description is achieved by the following technical solution: the sterile facial mask filling machine according to this description, comprising a main body of the filling machine, ultraviolet sterilization systems, a system high temperature resistant piping and an alcohol circulation system, the ultraviolet sterilization system comprising an ultraviolet resistant machine body covering, one or more ultraviolet lamp sterilization systems and a porous ultraviolet resistant top covering , the high temperature resistant pipe system comprising a heat resistant material transport pipe, a heat resistant magnetic pump, a drainage pipe, heat resistant filling heads and a heat resistant supply pipe heat, and the alcohol circulation system including the magnetic pump t heat, an alcohol supply valve and an alcohol circulation tank, the UV-resistant machine body cover being mounted inside the main filling machine body, the sterilization system (s) with ultraviolet lamps being mounted inside the ultraviolet resistant machine body cover, the porous ultraviolet resistant top cover being arranged on top of the main filling machine body and the heat resistant material transport duct being mounted inside the UV-resistant machine body cover, one end of the heat-resistant material transport pipe being connected, by means of the heat-resistant magnetic pump, to the heat-resistant supply pipe heat and to the alcohol supply valve, the alcohol supply valve being connected to the alcohol circulation tank, and the the other end of the heat resistant material transport pipe being connected to the heat resistant filling heads.
    For the sterile facial mask filling machine according to the present description, the conduits in contact with a liquid material are sterilized using high temperature steam. High temperature steam enters the heat resistant material transport line from the heat resistant supply line, passes through the heat resistant magnetic pump and the heat resistant filling heads and is discharged through the drainage pipe. Once the
    -3 steam is stable, the steam pressure being maintained at 0.2-0.3 MPa, sterilization is carried out for 20-30 minutes to ensure total sterilization. Furthermore, in the present description, the environment of the machine body is sterilized using a combination of ultraviolet lamps and disinfectants, a disinfectant being sprayed into the environment and on the machine body, the ultraviolet lamp systems inside the machine being turned on and the ultraviolet lamp for environmental sterilization in the filling area being turned on, for sterilization for 20 minutes, so as to obtain the sterilization effect. The sterilized environment must be maintained at a positive pressure and the air in this environment must be sampled periodically to detect the bacteria content. In addition, sterilization protection during the filling process in the present description is provided by a sterile air flow and an ultraviolet sterilization system, the sterile air being supplied by a laminar flow hood and the like, and being blown vertically from above and entering the filling machine through the porous ultraviolet resistant top cover to form local positive pressure; the ultraviolet lamp systems inside the filling machine are kept in the on state in the filling process so as to guarantee the sterile environment in the filling machine; and the ultraviolet resistant machine body cover and the porous ultraviolet resistant top cover provide safety protection for operators. Positive pressure is ensured in the filling environment and class 100 cleanliness is achieved locally at the location of the filling machine using a laminar flow hood. When the machine according to this description is not in use, sterilization protection is ensured by using 75% alcohol for disinfection. The alcohol formulated for disinfection is added to the alcohol circulation tank and is pumped into the alcohol supply pipe by the heat-resistant magnetic pump then returns to the alcohol circulation tank from a distribution pipe. discharge of alcohol, and this process is repeated to form a circulation which is maintained for more than 15 minutes, then an alcohol measuring device is placed in the alcohol circulation tank to measure the alcohol content at all times , alcohol is added in good time to maintain the content
    -4 in alcohol in the 75% alcohol circulation tank, then the system of pipes of the filling machine is stored in alcohol for disinfection.
    The machine according to the invention is further characterized in that:
    - the heat-resistant material transport pipe is also connected to the drainage pipe, and the drainage pipe is connected to the drainage valve,
    - the drainage pipe is also connected to an alcohol discharge valve,
    - a supply valve is mounted between the heat-resistant magnetic pump and the heat-resistant supply duct,
    - a pressure gauge for observation is also mounted between the heat-resistant magnetic pump and the supply valve, and
    - a laminar flow hood is also mounted above the porous upper UV-resistant covering.
    Brief description of the drawings
    Figure 1 is a schematic diagram illustrating a structural principle of a sterile filling machine according to the present description.
    In the figure, we have: 1 - main body of the filling machine; 2 - UV-resistant machine body covering; 3 - ultraviolet lamp system inside the filling machine; 4 - upper covering of porous ultraviolet resistant machine; 5 - duct for transporting heat-resistant materials; 6 - heat resistant magnetic pump; 7 - pressure gauge; 8 supply valve; 9 - drainage valve; 10 - alcohol supply valve; 11 - alcohol circulation tank; 12 alcohol relief valve; 13 - drainage conduit; 14 - heat resistant filling head; 15 - heat resistant supply duct; and 16 - laminar flow hood.
    Detailed description of embodiments
    Below, the specific structures, principles and technological processes of this description are described in more detail with reference to the accompanying drawing.
    -5 The block diagram of the sterile filling machine of the present description is as illustrated in FIG. 1, and comprises a main body of filling machine 1, an ultraviolet sterilization system, a system of pipes resistant to high temperatures and an alcohol circulation system, the ultraviolet sterilization system comprising an ultraviolet resistant machine body covering 2, ultraviolet lamp sterilization systems 3 and a porous ultraviolet resistant top covering 4, the system of high temperature resistant pipes comprising a heat resistant material transport pipe 5, a heat resistant magnetic pump 6, a drainage pipe 13, heat resistant filling heads 14 and a resistant supply pipe heat 15, and the alcohol circulation system comprising the heat resistant magnetic pump 6, a feed valve tion of alcohol 10 and an alcohol circulation tank 11, the covering of the ultraviolet resistant machine body 2 being mounted inside the main body of the filling machine 1, the ultraviolet lamp sterilization systems 3 being mounted inside the ultraviolet resistant machine body cover 2, the porous ultraviolet resistant top cover 4 being disposed on top of the main filling machine body 1, and the heat resistant material transport pipe 5 being mounted inside the UV-resistant machine body cover 2, one end of the heat-resistant material transport pipe 5 being connected, by means of the heat-resistant magnetic pump 6, to the supply pipe resistant to heat 15 and to the alcohol supply valve 10, the alcohol supply valve 10 being connected to the alcohol circulation tank 11 and the other end of the heat-resistant material transport pipe 5 being connected to the heat-resistant filling head 14.
    In the present embodiment, the heat resistant material transport pipe 5 is further connected to the drainage pipe 13, and the drainage pipe 13 is connected to the drainage valve 9.
    In the present embodiment, the drainage conduit 13 is further connected to an alcohol discharge valve 12.
    In the present embodiment, a supply valve 8 is mounted between the heat-resistant magnetic pump 6 and the heat-resistant supply duct 15.
    In the present embodiment, a pressure gauge 7 for observation is further mounted between the heat-resistant magnetic pump 6 and the supply valve 8.
    In the present embodiment, a laminar flow hood 16 is further mounted above the porous upper covering resistant to ultraviolet 4.
    For the sterile facial mask filling machine according to the present description, the conduits in contact with the liquid material are sterilized using steam at high temperature. High temperature steam enters the heat resistant material transport line from the heat resistant supply line, passes through the heat resistant magnetic pump and the heat resistant filling heads, and is discharged through the drainage duct. Once the vapor is stable, the vapor pressure being maintained at 0.2-0.3 MPa, sterilization is carried out for 20-30 minutes to ensure total sterilization. Furthermore, in the present description, the environment of the machine body is sterilized using a combination of ultraviolet lamps and disinfectants, a disinfectant being sprayed into the environment and on the machine body, the ultraviolet lamp systems inside the machine being turned on and the ultraviolet lamp for environmental sterilization in the filling area being turned on, for sterilization for 20 minutes, so as to obtain the sterilization effect. The sterilized environment must be maintained at a positive pressure and the air in this environment must be sampled periodically to detect the bacteria content. In addition, sterilization protection during the filling process in the present description is provided by a sterile air flow and an ultraviolet sterilization system, the sterile air being supplied by a laminar flow hood and the like, and being blown vertically from above and entering the filling machine through the porous ultraviolet resistant top cover to form local positive pressure; the ultraviolet lamp systems inside the filling machine are kept in the on state in the filling process so as to guarantee the sterile environment in the machine
    -7 filling; and the ultraviolet resistant machine body cover and the porous ultraviolet resistant top cover provide safety protection for operators. Positive pressure is ensured in the filling environment and class 100 cleanliness is achieved locally at the location of the filling machine using a laminar flow hood, i.e. in the large environment a class 10,000 clean area, a class 100 level of cleanliness is achieved in specific areas using a FFU (fan filter unit, air filtering and purification unit). When the machine according to this description is not in use, sterilization protection is ensured by using alcohol for disinfection. The alcohol formulated for disinfection is added to the alcohol circulation tank and is pumped into the alcohol supply pipe by the heat-resistant magnetic pump then returns to the alcohol circulation tank from a distribution pipe. discharge of alcohol, and this process is repeated to form a circulation which is maintained for more than 15 minutes, then an alcohol measuring device is placed in the alcohol circulation tank to measure the alcohol content at all times , alcohol is added in good time to maintain the alcohol content in the alcohol circulation tank at 75%, then the pipe system of the filling machine is stored in rubbing alcohol.
    The production process for carrying out sterile filling in this description includes the following steps:
    1) introduce high temperature steam from the heat resistant supply pipe 15, start the heat resistant magnetic pump 6, start the heat resistant filling heads 14, and open the valve drainage 9 to allow steam to pass through all the conduits in contact with materials;
    2) adjust the supply valve 8 and the drain valve 9, and observe the pressure gauge 7 to stabilize the steam pressure at 0.2-0.3 MPa, start the timer for sterilization and finish sterilization 20-30 minutes later, and stop the heat resistant filling heads 14, close the drain valve 9, stop the magnetic pump 6 and close the supply valve 8 sequentially, in order to seal the entire system of pipes;
    -83) spray disinfectant in the filling space and on the outside of the machine body, switch on the ultraviolet sterilization systems 3 inside the machine, and switch on the ultraviolet lamp in the filling area, to carry out sterilization for more than 20 minutes;
    4) introduce sterile air into the filling area, observe a differential pressure gauge and turn off the ultraviolet lamp in the filling area and turn off the ultraviolet lamp in the machine when a desired pressure difference is reached;
    5) open the laminar flow hood 16 above the filling machine, maintain a positive pressure in the filling machine, carry out the bagging operation, close, once the bagging operation is finished, the covering porous ultraviolet resistant top 4, close the covering of ultraviolet resistant machine body 2, and turn on the ultraviolet lamp system 3 inside the filling machine for sterilization for 15 minutes;
    6) open the supply valve 8, start the heat resistant magnetic pump 6, start the heat resistant filling heads 14 and start the filling operation;
    7) introduce, after filling, steam to wash the conduits for 10 minutes according to the sterilization procedures for the conduits in contact with the materials, and seal the system of conduits;
    8) pour 75% alcohol into the alcohol circulation tank 11, open the alcohol supply valve 10, start the heat-resistant magnetic pump 6 and open the alcohol discharge valve 12 to start the circulation of alcohol, the alcohol content in the alcohol circulation tank 11 being detected using an alcohol measuring device during the circulation, and being adjusted in due time, and the circulation being performed for 15 minutes after the alcohol content has stabilized at 75%; and closing the alcohol discharge valve 12, stopping the heat-resistant magnetic pump 6, closing the alcohol supply valve 10 sequentially, to seal the line system in contact with the materials; and
    -99) close a power supply to complete the sterile filling operation.
    Of course, the invention is not limited to the embodiments described and shown in the accompanying drawings. Modifications remain possible, in particular from the point of view of the constitution of the various elements or by substitution of technical equivalents, without thereby departing from the scope of protection of the invention.
    权利要求:
    Claims (6)
    [1" id="c-fr-0001]
    1. sterile facial mask filling machine, characterized in that it comprises a main body of filling machine (1), an ultraviolet sterilization system, a system of pipes resistant to high temperatures and a circulation system of alcohol, the ultraviolet sterilization system comprising an ultraviolet resistant machine body covering (2), ultraviolet lamp sterilization systems (3) and a porous ultraviolet resistant top covering (4), the resistant pipe system at high temperatures comprising a heat resistant material transport pipe (5), a heat resistant magnetic pump (6), a drainage pipe (13), heat resistant filling heads (14) and a heat resistant supply line (15), the alcohol circulation system comprising the heat resistant magnetic pump (6), an alcohol supply valve (10) and a reser see circulation of alcohol (11), the covering of machine body resistant to ultraviolet (2) being mounted inside the main body of filling machine (1), sterilization systems with ultraviolet lamps (3) being mounted inside the UV-resistant machine body cover (2), the porous UV-resistant upper cover (4) being disposed on top of the main filling machine body (1) and the transport pipe for heat resistant material (5) being mounted inside the UV resistant machine body cover (2), one end of the heat resistant material transport pipe (5) being connected through the heat-resistant magnetic pump (6), the heat-resistant supply line (15) and the alcohol supply valve (10), the alcohol supply valve (10) being connected to the circulation of alcohol (11), and the other e end of the heat resistant material transport pipe (5) being connected to the heat resistant filling head (14).
    [2" id="c-fr-0002]
    2. sterile facial mask filling machine according to claim 1, characterized in that the heat resistant material transport pipe (5) is further connected to the drainage pipe (13), and the drainage pipe (13 ) is connected to the drain valve (9).
    - 11
    [3" id="c-fr-0003]
    3. sterile facial mask filling machine according to claim 1, characterized in that the drainage conduit (13) is further connected to an alcohol discharge valve (12).
    [4" id="c-fr-0004]
    4. sterile facial mask filling machine according to any one of claims 1 to 3, characterized in that a supply valve (8) is mounted between the heat-resistant magnetic pump (6) and the conduit heat resistant power supply (15).
    [5" id="c-fr-0005]
    5. sterile facial mask filling machine according to claim 4, characterized in that a pressure gauge (7) for
    10 observation is further mounted between the heat resistant magnetic pump (6) and the supply valve (8).
    [6" id="c-fr-0006]
    6. sterile facial mask filling machine according to claim 4, characterized in that a laminar flow hood (16) is further mounted above the porous upper covering resistant to
    15 ultraviolet (4).
    1/1
    类似技术:
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    同族专利:
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    引用文献:
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    CN105480919B|2014-10-17|2017-11-21|绍兴明煌建材科技有限公司|A kind of facial mask automatic filling device|
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    CN109911335A|2019-01-31|2019-06-21|浙江壹草堂生物科技有限公司|One kind being based on greenhouse gardening culture medium bulking system|
    法律状态:
    2020-01-14| PLFP| Fee payment|Year of fee payment: 3 |
    2021-01-21| PLFP| Fee payment|Year of fee payment: 4 |
    2022-01-31| PLFP| Fee payment|Year of fee payment: 5 |
    优先权:
    申请号 | 申请日 | 专利标题
    CN201720026978.4|2017-01-11|
    CN201720026978.4U|CN206476146U|2017-01-11|2017-01-11|A kind of sterile facial mask bottle placer|
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