CN208160844U - Portable personal air's purification system - Google Patents

Portable personal air's purification system Download PDF

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Publication number
CN208160844U
CN208160844U CN201721511648.0U CN201721511648U CN208160844U CN 208160844 U CN208160844 U CN 208160844U CN 201721511648 U CN201721511648 U CN 201721511648U CN 208160844 U CN208160844 U CN 208160844U
Authority
CN
China
Prior art keywords
air
purification system
portable personal
personal air
wearing
Prior art date
Legal status (The legal status 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 status listed.)
Expired - Fee Related
Application number
CN201721511648.0U
Other languages
Chinese (zh)
Inventor
亚历山大·布伦德勒
亨宁·海因
米夏埃尔·舍希特勒
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Alfred Kahn Europe & Co KG GmbH
Alfred Kaercher SE and Co KG
Original Assignee
Alfred Kahn Europe & Co KG GmbH
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
Application filed by Alfred Kahn Europe & Co KG GmbH filed Critical Alfred Kahn Europe & Co KG GmbH
Application granted granted Critical
Publication of CN208160844U publication Critical patent/CN208160844U/en
Expired - Fee Related legal-status Critical Current
Anticipated expiration legal-status Critical

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Classifications

    • A—HUMAN NECESSITIES
    • A62—LIFE-SAVING; FIRE-FIGHTING
    • A62B—DEVICES, APPARATUS OR METHODS FOR LIFE-SAVING
    • A62B18/00—Breathing masks or helmets, e.g. affording protection against chemical agents or for use at high altitudes or incorporating a pump or compressor for reducing the inhalation effort
    • A—HUMAN NECESSITIES
    • A41—WEARING APPAREL
    • A41D—OUTERWEAR; PROTECTIVE GARMENTS; ACCESSORIES
    • A41D1/00—Garments
    • A41D1/002—Garments adapted to accommodate electronic equipment
    • A—HUMAN NECESSITIES
    • A41—WEARING APPAREL
    • A41D—OUTERWEAR; PROTECTIVE GARMENTS; ACCESSORIES
    • A41D13/00—Professional, industrial or sporting protective garments, e.g. surgeons' gowns or garments protecting against blows or punches
    • A41D13/05—Professional, industrial or sporting protective garments, e.g. surgeons' gowns or garments protecting against blows or punches protecting only a particular body part
    • A41D13/11—Protective face masks, e.g. for surgical use, or for use in foul atmospheres
    • A—HUMAN NECESSITIES
    • A41—WEARING APPAREL
    • A41D—OUTERWEAR; PROTECTIVE GARMENTS; ACCESSORIES
    • A41D13/00—Professional, industrial or sporting protective garments, e.g. surgeons' gowns or garments protecting against blows or punches
    • A41D13/05—Professional, industrial or sporting protective garments, e.g. surgeons' gowns or garments protecting against blows or punches protecting only a particular body part
    • A41D13/11—Protective face masks, e.g. for surgical use, or for use in foul atmospheres
    • A41D13/1107—Protective face masks, e.g. for surgical use, or for use in foul atmospheres characterised by their shape
    • A—HUMAN NECESSITIES
    • A41—WEARING APPAREL
    • A41D—OUTERWEAR; PROTECTIVE GARMENTS; ACCESSORIES
    • A41D13/00—Professional, industrial or sporting protective garments, e.g. surgeons' gowns or garments protecting against blows or punches
    • A41D13/05—Professional, industrial or sporting protective garments, e.g. surgeons' gowns or garments protecting against blows or punches protecting only a particular body part
    • A41D13/11—Protective face masks, e.g. for surgical use, or for use in foul atmospheres
    • A41D13/1161—Means for fastening to the user's head
    • A—HUMAN NECESSITIES
    • A41—WEARING APPAREL
    • A41D—OUTERWEAR; PROTECTIVE GARMENTS; ACCESSORIES
    • A41D23/00—Scarves; Head-scarves; Neckerchiefs
    • A—HUMAN NECESSITIES
    • A41—WEARING APPAREL
    • A41D—OUTERWEAR; PROTECTIVE GARMENTS; ACCESSORIES
    • A41D27/00—Details of garments or of their making
    • A41D27/28—Means for ventilation
    • A—HUMAN NECESSITIES
    • A62—LIFE-SAVING; FIRE-FIGHTING
    • A62B—DEVICES, APPARATUS OR METHODS FOR LIFE-SAVING
    • A62B17/00—Protective clothing affording protection against heat or harmful chemical agents or for use at high altitudes
    • A—HUMAN NECESSITIES
    • A62—LIFE-SAVING; FIRE-FIGHTING
    • A62B—DEVICES, APPARATUS OR METHODS FOR LIFE-SAVING
    • A62B18/00—Breathing masks or helmets, e.g. affording protection against chemical agents or for use at high altitudes or incorporating a pump or compressor for reducing the inhalation effort
    • A62B18/006—Breathing masks or helmets, e.g. affording protection against chemical agents or for use at high altitudes or incorporating a pump or compressor for reducing the inhalation effort with pumps for forced ventilation
    • A—HUMAN NECESSITIES
    • A62—LIFE-SAVING; FIRE-FIGHTING
    • A62B—DEVICES, APPARATUS OR METHODS FOR LIFE-SAVING
    • A62B18/00—Breathing masks or helmets, e.g. affording protection against chemical agents or for use at high altitudes or incorporating a pump or compressor for reducing the inhalation effort
    • A62B18/02—Masks
    • A—HUMAN NECESSITIES
    • A62—LIFE-SAVING; FIRE-FIGHTING
    • A62B—DEVICES, APPARATUS OR METHODS FOR LIFE-SAVING
    • A62B18/00—Breathing masks or helmets, e.g. affording protection against chemical agents or for use at high altitudes or incorporating a pump or compressor for reducing the inhalation effort
    • A62B18/02—Masks
    • A62B18/025—Halfmasks
    • A—HUMAN NECESSITIES
    • A62—LIFE-SAVING; FIRE-FIGHTING
    • A62B—DEVICES, APPARATUS OR METHODS FOR LIFE-SAVING
    • A62B18/00—Breathing masks or helmets, e.g. affording protection against chemical agents or for use at high altitudes or incorporating a pump or compressor for reducing the inhalation effort
    • A62B18/08—Component parts for gas-masks or gas-helmets, e.g. windows, straps, speech transmitters, signal-devices
    • A—HUMAN NECESSITIES
    • A62—LIFE-SAVING; FIRE-FIGHTING
    • A62B—DEVICES, APPARATUS OR METHODS FOR LIFE-SAVING
    • A62B23/00—Filters for breathing-protection purposes
    • A—HUMAN NECESSITIES
    • A62—LIFE-SAVING; FIRE-FIGHTING
    • A62B—DEVICES, APPARATUS OR METHODS FOR LIFE-SAVING
    • A62B23/00—Filters for breathing-protection purposes
    • A62B23/02—Filters for breathing-protection purposes for respirators
    • A—HUMAN NECESSITIES
    • A62—LIFE-SAVING; FIRE-FIGHTING
    • A62B—DEVICES, APPARATUS OR METHODS FOR LIFE-SAVING
    • A62B23/00—Filters for breathing-protection purposes
    • A62B23/02—Filters for breathing-protection purposes for respirators
    • A62B23/025—Filters for breathing-protection purposes for respirators the filter having substantially the shape of a mask
    • A—HUMAN NECESSITIES
    • A62—LIFE-SAVING; FIRE-FIGHTING
    • A62B—DEVICES, APPARATUS OR METHODS FOR LIFE-SAVING
    • A62B7/00—Respiratory apparatus
    • A—HUMAN NECESSITIES
    • A62—LIFE-SAVING; FIRE-FIGHTING
    • A62B—DEVICES, APPARATUS OR METHODS FOR LIFE-SAVING
    • A62B7/00—Respiratory apparatus
    • A62B7/10—Respiratory apparatus with filter elements

Abstract

The utility model relates to a kind of portable personal air's purification systems (10), it includes the wearing portion (14) for covering the mouth of user (270) (266) and nose (268), the wearing portion (14) is configured to portable personal air's cleaning equipment (12) for keeping for purifying ambient air and sending out purified air, wherein, wearing portion (14) has towards (276) on the inside of the wearing portion of user (270) and on the outside of the wearing portion of user (270) (274), and wearing portion (14) has the equipment receiving portion (244) for accommodating air cleaning facility (12).

Description

Portable personal air's purification system
Technical field
The utility model relates to a kind of portable personal air's purification systems comprising for covering the mouth and nose of user Wearing portion.
Background technique
Since the air especially got worse caused by by the emission from factory, heating equipment and vehicle is dirty Dye so that respiratory protection mask and filtering face the whole world more and more by whole day for it is contaminated densely populatedly In band, people protect oneself with this.It is passively air filtration dress such as there is known disposable face guard and filtering face It sets.
However, also using the air cleaning system of active, wherein, ventilation blower aspirates contaminated air and is conveyed Pass through filter cell.Then, using filtered air as breathing air supply to user.This air cleaning system is for example As well known to 10 2,014 003 866A1 of DE.
From known personal air cleaning system it is desirable that especially provide it is a kind of can be in a simple manner The system of manual operating and wearing.
Utility model content
Therefore, the task of the utility model is that it is net to improve portable personal air of the type mentioned at the beginning as follows Change system, that is, make it that can carry out manual operating in a simple manner for a user.
The task passes through in portable personal air's purification system of the type mentioned at the beginning according to the utility model as follows Mode solves, that is, wearing portion is configured to for carrying for purifying ambient air and sending out purified air People's air cleaning facility, wearing portion have towards the wearing portion inside of user and on the outside of the wearing portion of user, and And wearing portion has the equipment receiving portion for accommodating air cleaning facility.
Using the personal air cleaning system of such improvement, can realize in a simple manner for a user will be through net The air of change is separated with contaminated and contaminated surrounding air.Pass through equipment receiving portion, for a user, air cleaning Equipment can be arranged on wearing portion in a simple manner.Therefore, user individually need not keep or wear to it.Such as Fruit wearing portion is arranged with covering nose and the mouth of user in the desired manner, then being somebody's turn to do when being placed in air cleaning facility Air cleaning facility is also positioned accordingly by equipment receiving portion.In short, therefore may be constructed very compact air cleaning System.
Advantageously, equipment receiving portion includes the equipment opening constructed in the wearing portion wall of wearing portion.The equipment is opened Mouth arranges air cleaning facility more particularly to realize as follows：So that the air cleaning facility is at least partially through equipment Opening.For example, the intake section of air cleaning facility on the outside of the wearing portion as it can be seen that or more than being stretched out on the outside of the wearing portion or It leans out, the outlet portion of air cleaning facility may be particularly provided in the inner cavity as defined by wearing portion, and therefore be worn Sections inner side is worn to be surrounded.Therefore, spatially separated contaminated surrounding air can be realized in a simple manner and through net The air of change.
It, can constitution equipment in a simple manner when equipment opening has in rectangle or substantially rectangular shape Receiving portion.However, equipment opening also can have any other shapes, such as it can according to the design of air cleaning facility To be ellipse or circular, or the shape with other polygons.
When equipment receiving portion arrange or construct on the front side of wearing portion when, be contained in equipment opening in air cleaning Equipment can be manipulated by user in a simple manner, be also such especially in air cleaning system of the type mentioned at the beginning. For example, therefore, the operation of air cleaning facility or active element can be got at by user in a simple manner.Furthermore, it is possible to take Disappear the mouth by purified air from air cleaning facility to user and the high air guide element spent of nose guiding.
In order to allow users to wear air cleaning facility in a manner of especially pleasant, it is advantageous to away from wearing portion Top edge compare, lower edge closer to wearing portion is arranged or be configured to equipment receiving portion, is especially starting the class It is also such in the air cleaning system of type.For example, equipment receiving portion, which can be arranged and configured so that, is contained in equipment receiving Air cleaning facility in portion is placed on the chest of user, and comfortable wearing for a user.
When equipment receiving portion has the pocket portion for accommodating air cleaning facility, air cleaning facility can be with simple Mode is arranged on wearing portion, is also such especially in air cleaning system of the type mentioned at the beginning.
In order to protect air cleaning facility from external action, it is advantageous to which pocket portion arrangement is constructed in wearing portion On inside.It also can be realized as an alternative, pocket portion is arranged or constructed on the outside of wearing portion.
Preferably, pocket portion adjacent equipment opening ground arrangement or construction.Therefore, on the one hand air cleaning facility can be contained in In pocket portion, and it on the other hand can pass through equipment and be open or be arranged in the region of equipment opening.
Advantageously, there is the importing for importing air cleaning facility to be open in pocket portion.In particular, importing opening can be with cloth It sets above pocket portion, so as to realize that air cleaning facility is imported into pocket portion from above.Such as it when to clean, especially cleans When wearing portion, imports to be open also to can be realized and simply take out air cleaning facility from pocket portion.
For air cleaning facility is arranged on wearing portion particularly compactly advantageously, import opening arrangement or Construction is arranged or is constructed in the height in the height for the coboundary that equipment is open or substantially.For example, therefore, air cleaning is set It is standby to be housed substantially entirely in pocket portion.
When pocket portion is at least partly formed by the wearing portion wall of wearing portion, then air can be constructed particularly compactly Purification system.This respect can be for example achieved when equipment opening is less than the lateral wall in pocket portion in a simple manner.
Advantageously, equipment opening construction is in the pocket portion side wall formed by wearing portion in pocket portion.It therefore, can significant letter The manufacture to wearing portion is changed.
Air cleaning facility drops out from pocket portion in an undesired manner in order to prevent, it is advantageous to be provided with for sealing Close the locking device in pocket portion.In particular, wearing portion may include locking device.
Preferably, locking device is arranged or is constructed on the inside of wearing portion.Locking device not visible from outside as a result,. As an alternative, when pocket portion arranges or constructs upper on the outside of wearing portion, locking device, which can certainly be arranged or be constructed, to be dressed On portion outboard.
It, can be with when locking device includes at least one cover or at least one tongue piece or at least one band or when at least one hook Sealed pocket portion in a simple manner.They can especially be arranged in importing opening with overlapping, to prevent air cleaning facility It drops out from pocket portion.
Other preferred embodiment according to the present utility model can be set, locking device its at least partly The outlet portion of air cleaning facility at least partly, is especially fully vacated in the detent position in sealed pocket portion.Therefore, air Cleaning equipment can be reliably held in pocket portion.Nevertheless, still can be passed through by the air that air cleaning facility purifies Its outlet portion is sent in the clear in the clear or substantially, such as is spread or determined towards the mouth and/or nose of user It is sent out to ground.
Preferably, equipment opening passes through circular open edge limit.The open edge especially can be constructed flexibly.It is logical The design scheme is crossed, equipment opening can especially rabbet with cleaning equipment in a simple manner.
It is also advantageous that wearing portion has top edge, lower edge and the shape for matching top edge and/or lower edge The cross section coalignment of shape and/or length.Cross section coalignment more particularly to for user realize user exclusively match Edge and/or lower edge.In particular, edge is matched as follows, that is, they with top edge make wearing portion relative to The head of the body at family, such as user seal in the desired manner, to prevent contaminated surrounding air to be flowed by wearing In the inner cavity for wearing part formation.
When cross section coalignment include at least can be plastically deformed to range selector on close element and/or can at least section Formula the lower element of flexible deformation when, the edge of wearing portion can be matched in a simple manner.The deformability of plasticity can Realization matches contouring head or the neck profile of user with closing element uniqueness.Optionally, it closes element also and can have patch The lip or similar structures for leaning against the elasticity on head, can be realized better seal, especially prevent towards user's The air-flow of eyes.
When above closing element formation top edge, air cleaning system can be constructed particularly compactly.
Advantageously, element is closed under forms lower edge.Therefore, air cleaning system can be constructed very compactly.
When above close element and/or under close element and be at least partly made of plastics when, air cleaning system for It is readily susceptible to wear for family.In particular, can be related to capable of being plastically deformed and/or the plastics of flexible deformation.
Closed on advantageously, element and/or under close element include at least one it is made of metal can plastic deformation Reinforcing element.Reinforcing element can be especially embedded in plastics or by the plastic overmold.For example, reinforcing element can with one or The form of multiple wire rod sections is constituted.
In addition, cross section coalignment may include upper leash and/or lower leash with fixed device.Fixed dress Setting can press from both sides for each leash for example including quick release, and quick release is pressed from both sides leash from the leash that closes element The free end that channel is leant out is stationary relative to one another.
Advantageously, wearing portion, especially wearing portion wall are by air-locked material or by with high air resistance Material is constituted, and is also such especially in air cleaning system of the type mentioned at the beginning.Therefore, it is particularly possible to prevent from being contaminated , not purified surrounding air can pass through wearing portion, be reached in wearing portion in particular through its wearing portion wall In chamber.
When wearing portion, especially wearing portion wall by weave material, especially woven fabric is constituted when, can it is simple and Air cleaning system is inexpensively constructed, is also such especially in air cleaning system of the type mentioned at the beginning.Therefore, air Purification system especially can be configured to have low weight and high wear comfort for a user.Therefore, in particular, dress Part can most preferably match user in a simple manner.
Advantageously, wearing portion be by that can make moisture be constituted on the inside of the wearing portion towards the material permeated on the outside of wearing portion, It is also such especially in air cleaning system of the type mentioned at the beginning.It may be thus possible, for example, to make to be included in user's exhalation Moisture or sweat in air are discharged from inner cavity across wearing portion.
In inner cavity in order to prevent moisture intrusion wearing portion in a simple manner, it is advantageous to anti-on the outside of wearing portion Water or cannot dankly construct and/or carry out coating, especially in air cleaning system of the type mentioned at the beginning be also such as This.Therefore, when rainy or when surrounding air have high air humidity when and especially occur on the outside of wearing portion it is cold When solidifying, such as air cleaning system can also be worn.
Advantageously, wearing portion is made of the material of UV resistant, especially in air cleaning of the type mentioned at the beginning It is also such in system.Therefore, it can keep for a long time stable for the selected color of wearing portion.Furthermore, it is possible to prevent By caused by ultraviolet radiation to the destruction of wearing portion.
When wearing portion has the wearable device on an at least ear for hanging over user, wearing portion can be with Simple mode is worn on the body of user.Wearable device can optionally be hung on two ears.
Advantageously, wearable device includes at least one hangers hook and/or at least one hangers band, is at least partly overlapped The ear of user.Therefore, the high wear comfort for user may be implemented in particular.
It is also advantageous that wearing portion has top edge and lower edge, and wearing portion is in lower edge and top edge Between forward region in being made of harder material compared in the region rearward between top edge in lower edge or It is configured to more firmly, is also such especially in air cleaning system of the type mentioned at the beginning.It may be thus possible, for example, to realize wearing Part of wall maintained in front of the mouth and nose of user it is desired, especially can preset shape, to make purified air can Reliably to reach the pneumostome of user.
Advantageously, wearing portion has top edge and lower edge, and including at least one blowout opening, blowout opening Arrangement constructs between top edge and lower edge, is also such especially in air cleaning system of the type mentioned at the beginning. It especially can be set there are two blowout opening, be arranged symmetrically or construct on wearing portion.Blowout opening can be realized It is the air for the exhalation for making extra purified air and user targetedly to be exported in a manner of limiting.
Preferably, at least one blowout opening arrangement or construction are lateral in wearing portion.It therefore, can be in the desired manner Extra air is reliably discharged from the inner cavity of wearing portion.
Advantageously, at least one blowout opening and the spacing of lower edge correspond to or substantially correspond to air cleaning and set The standby spacing with lower edge.Therefore, the pneumostome from air cleaning facility to user can be realized in a particularly advantageous manner Air flowing and the air flowing being open therefrom to blowout.
Preferably, at least one blowout opening is closed by ventilative textile material.Ventilative textile material especially may be used To be constructed in the following manner, that is, make it and constitute the material of wearing portion wall visually without difference.Therefore, at least one Blowout opening actually visually invisibly constructs.Further, since having selected textile material and its gas permeability and can limit Make the volume flow across at least one blowout opening.
Advantageously, wearing portion is constructed by mask or in the form of enclosing set.It may be thus possible, for example, to simply and reliably by user Mouth and nose and ambient enviroment separate.
Following portable personal air's purification has can be set in other preferred embodiment according to the present utility model Equipment comprising the intake section for air to be clean and the outlet portion for purified air, especially in beginning institute It is also such for stating in the air cleaning system of type.It can be purified in the desired manner using the air cleaning facility contaminated , contaminated surrounding air.It then can be by the purified air supply from outlet portion to the mouth and/or nose of user.
Advantageously, air cleaning facility includes that shell, the air filter for filtering surrounding air and air are defeated Device is sent, and air transport device is configured for generating the filtered air from intake section towards air filter Flow and leave air filter towards outlet portion filtered air stream.It may be implemented pair using this air cleaning facility The active purification of contaminated surrounding air.
Advantageously, air filter and air transport device fluid matasomatism be connected to each other and arrange or construct In shell, and air transport device and outlet portion fluid matasomatism be connected to each other.Therefore, purified air can be with simple Mode using air transport device from air filter to outlet portion guide.Air transport device is arranged in air filtration dress Set and especially this have the advantage that between outlet portion, lack air transport device contaminated, this is because it only convey it is purified Air.
When air cleaning facility is contained in equipment receiving portion, user can wear in a simple manner air cleaning and set It is standby.
Advantageously, air cleaning facility is arranged and configured so that intake section arrangement or constructs on the outside of wearing portion On, and outlet portion arranges or constructs on the inside of wearing portion.Therefore, it is particularly possible to be realized by wearing portion and simply be separated Purified air and contaminated air.The air not being cleaned can by be arranged in the intake section outside wearing portion come It accommodates, is purified by air cleaning facility, and above sent out by outlet portion on the inside of wearing portion.
Not purified air reaches in the inner cavity of wearing portion in order to prevent, it is advantageous to which equipment opening passes through air Cleaning equipment closing.
It is also advantageous that air cleaning facility includes sealed for force closure (kraftschl ü ssig) and/or shape The edge holding meanss of ground (formschl ü ssig) holding open edge.By edge holding meanss, make air cleaning facility can To be connect in a simple manner with wearing portion.
When edge holding meanss have the circular open edge receiving portion at least accommodating to range selector open edge When, wearing portion can be fixed on air cleaning facility in a simple manner.In particular, open edge receiving portion can be complete Accommodate open edge.
When open edge receiving portion is constructed in the form of circular holding tank, edge guarantor can be constructed in a simple manner Hold device.Profile that holding tank can be especially open with matching unit and open edge.
It, especially can be in no additional auxiliary when the open edge of elasticity is rabbeted with tightening with edge holding meanss Wearing portion is connect with air cleaning facility in the case where device.For example, the open edge of elasticity may include elastic webbing, example Such as rubber strip.It can thus rabbet in a simple manner with circular holding tank.
Furthermore it can be beneficial that edge holding meanss have at least two clamping faces being directed toward mutually, between them Arrange or be configured with open edge.Spacing between clamping face especially selects as follows, that is, is less than it and is contained in clamping The thickness of wearing portion wall between face.
Other preferred embodiment according to the present utility model can be set, first at least two clamping faces Clamping face arrangement constructs on the first shell part of air cleaning facility, and second at least two clamping faces clamps face cloth It sets or constructs on the second shell part of air cleaning facility, and power is locked each other for first shell part and second shell part It closes and/or shape is connected cohesively together.The design scheme makes two housing parts be separated from each other more particularly to realize, so as to for example when Wearing portion and air cleaning facility are disengaged when wearing portion is damaged, replacing, or when wearing portion is contaminated Wearing portion and air cleaning facility are disengaged, to clean.
Advantageously, intake section is open at least one intake section, at least one intake section opening arrangement or construction exist On on the outside of wearing portion.Therefore, contaminated surrounding air can be received by air cleaning facility in a simple manner.
Advantageously, at least one intake section opening about vertical on front side of the shell stretched out with shell from wearing portion to prolong The mode that the longitudinal axis stretched is directed toward in radial directions is opened wide.Longitudinal axis can especially pass through the symmetrical of air filter Axis limits.In particular, therefore for example contaminated surrounding air may be implemented and pass through air inlet from 1 side, 2 sides, 3 sides or 4 sides Portion is flowed into shell.
Advantageously, outlet portion outwardly is opened wide from the importing in pocket portion opening.In particular, outlet portion can be in air Cleaning equipment by regulation arrangement in the case where towards user mouth and/or nose direction orient.
Preferably, outlet portion is open at least one outlet portion, with the side being directed toward towards the mouth of user and nose direction Formula orientation.In particular, thus can by purified air in a manner of orienting or spread at least one pneumostome of user Guiding.
When at least one intake section opening and at least one outlet portion opening are orientated in parallel with each other, air may be implemented The particularly compact construction of purification system.Separating not purified and purified air stream can be as described with simple Mode realizes that the intake section of air cleaning facility and outlet portion can be separated from each other by wearing portion by wearing portion.
Advantageously, intake section defines the air inlet facial planes for being parallel to and extending on front side of shell.In particular, the design scheme Can be realized, make at least one intake section opening by from front it is actually sightless in a manner of arrange or construct it is net in air Change in equipment.
When outlet portion defines outgassing direction that is parallel with air inlet facial planes or generally parallel extending, may be implemented The particularly compact construction of air cleaning facility.Therefore in particular, purified air can laterally be used along in wearing portion The mouth and/or nose at family guide.
Preferably, it is horizontal that the free air inlet cross-sectional area limited by intake section is greater than the free outlet limited by outlet portion Sectional area.This is more particularly to be accomplished that, not purified air realizes low flow velocity when passing through intake section and flowing into, and therefore Only lower flow losses.In particular, noise generation can also be made to be kept as very low.
In order to run air cleaning system it is particularly advantageous that air cleaning system includes for running air transport device Power supply device.In particular, which can be constructed in the form of the power supply device unrelated with power grid.
Preferably, power supply device constructs in the form of batteries.In particular, which can be with rechargeable battery Form formed.In this way, air cleaning system can independently be run with power grid.
When power supply device arrangement is in the housing or on shell, can be extremely simple and air cleaning system be compactly constructed System.For example, battery pack can be arranged in the housing.
When air transport device includes the ventilation blower by motor operation, air stream can be generated in a simple manner.
When ventilation blower includes electric motor, air transport device especially can be inexpensively constructed.
Preferably, air filter includes at least one filter cell.Also mistake there are two can be set or more Filter element.Can be related to different types of filter cell in particular, so as to by different pollutants most preferably from quilt It is removed in the surrounding air of pollution.
Advantageously, at least one filter cell is constructed in the form of mechanical and/or chemical filter cell.Cause This, it is particularly possible to fine dust particles are filtered out using mechanical filter cell from contaminated air, utilize the filtering of chemistry Device element filters go out harmful chemical substance such as oxide or the like.
Advantageously, air cleaning system includes for controlling and/or regulating by air transport device generation through filtering The volume flow of air control and/or regulate device.For example, therefore user can adjust volume flow in a simple manner Amount.Optionally, which can also be by air cleaning facility come adjust automatically.
It is also advantageous that air cleaning system includes the activation dress for activating and cancelling activation air transport device It sets.The activation device especially can be arranged directly or be constructed on air cleaning facility.As an alternative, it can also be set with air cleaning It is standby individually to construct.For example, can use a part of smart phone as activation device or at least as activation device.
Detailed description of the invention
Being described below for preferred embodiments of the present invention be used to be described in detail in conjunction with attached drawing.Wherein：
Fig. 1 shows the schematical overview of portable personal air's purification system in user's use；
Fig. 2 shows the views in the direction of the arrow A in Fig. 1；
Fig. 3 shows the part three-dimensional view shown in dotted line of a part of the air cleaning system of Fig. 1；
Fig. 4 shows the enlarged view of the intercept B in Fig. 2；
Fig. 5 shows the part three-dimensional view shown in dotted line for the air cleaning facility seen on front side of the shell；
Fig. 6 shows the part three-dimensional view shown in dotted line for the air cleaning facility seen on rear side of the shell；
Fig. 7 shows the exploded view of air cleaning facility with the three-dimensional view similar to Fig. 5；
Fig. 8 shows the exploded view of air cleaning facility with the three-dimensional view similar to Fig. 6；
Fig. 9 shows the three-dimensional view of the cross-section of air cleaning facility；
Figure 10 shows the cross-sectional view along the line 10-10 in Fig. 5；
Figure 11 shows the schematic diagram of the component of portable personal air's purification system；
Figure 12 shows the schematic diagram of the switching flow for running air cleaning system；
Figure 13 shows the schematic diagram of the switching flow for running air cleaning system of alternative；
Figure 14 shows the schematic diagram of the switching flow for running air cleaning system of other alternative；
Figure 15 shows the schematic diagram of the switching flow for running air cleaning system of other alternative；
Figure 16 shows tabular diagram of the charging status information shown by the display device of air cleaning system；
Figure 17 shows tabular diagram of the filter replacement information shown by the display device of air cleaning system；And And
Figure 18 shows the two of the software program that the form operated on smart phone to cooperate with air cleaning facility is APP The illustrative diagram of a graphical interfaces.
Specific embodiment
The embodiment of portable personal air's purification system 10 is schematically illustrated in Fig. 1.It especially includes portable Formula individual air cleaning facility 12, wearing portion 14 and it is same be as wearing portion 14 optionally, illustratively conduct Data processing equipment shown in smart phone 16.As an alternative, computer, laptop or plate electricity also be can use herein Brain.The inventory is simultaneously not exhaustive.
The shell 18 that air cleaning facility 12 is constructed including multi-piece type.It include housing rear, first shell part 22, Second shell part 24 and case lid 26, the case lid form on front side of shell 27 a part.
Air filter 28 is disposed in shell 18, more specifically air filter 28 is arranged in as its structure In the air filter receiving portion 30 made.In addition, being disposed with air transport device 32 in shell 18.
In addition, air cleaning facility 12 includes power supply device 34 and controlling and/or regulating device 36, they be all disposed within by In the accommodating chamber 38 of 24 limit of housing rear 20 and second shell part.
Intake section 40 is also configured on shell 18, not purified ambient air can pass through the intake section and flow into Into shell 18.
In addition, being configured with outlet portion 42 on shell 18, purified air can pass through the outlet portion and flow out.
Intake section 40 is connect with 42 fluid matasomatism of outlet portion.
Air transport device 32 is configured for generating from intake section 40 towards air filter 28 and passes through the sky The filtered air stream of gas filter device and leave air filter 28 towards outlet portion 42 filtered air stream.
Intake section 40 include narrow annular gap, construction on first shell part 22 about by air filtration In the radial direction highlightedly between circular flange 48 and case lid 26 of the longitudinal axis 46 that device 28 limits.
In order to make case lid 26 and flange 48 maintains the spacing of restriction, it is provided with rib 50 outstanding vertical from flange 48, Multiple intake sections opening 52 is separated from each other by they.Rib 50 can also be arranged or be constructed in case lid as an alternative.
First shell part 22 is configured with circular housing section bulkhead 54 in the form of substantially rectangular frame.Flange 48 constructions are on the first end 56 of first shell part 22.
On the second end 58 of first shell part 22, constructed in the region at the turning of the rounding of housing section bulkhead 54 There is substantially triangular, built-in reinforcing element 60, they are respectively provided with the tightening member through-Penetration portion 62 that form is hole.Tightly Gu the longitudinal axis of element through-Penetration portion 62 is parallel to 46 ground of longitudinal axis orientation.
On housing section bulkhead 54, it is configured in two wall sections that are mutually opposed, being substantially parallel to each other extension Bayonet type slit 64 has and imports section 66, corresponding 68 energy of protrusion from the prominent construction in the downside of case lid 26 70 Enough imported into along the direction of motion for being parallel to longitudinal axis 46 imports in section.The locking section of the slit-shaped of bayonet type slit 64 72 are attached to importing section 66, and convex nose 74 of the finger from longitudinal axis 46 of protrusion 68 can be transverse to the side of longitudinal axis 46 To being moved into the locking section, that more specifically can be moved into until convex 74 backstop of nose on the end of locking section 72 It is remote.Then, case lid 26 is completely covered by flange 48.
In addition, also protruding sliding rib 76 from downside 70, they make the placement in case lid 26 to first shell part 22 It becomes easy, and imported into protrusion 68 in bayonet type slit 64 using convex nose 74 and become easy.
First shell part 22 can be parallel to 46 ground of longitudinal axis and imported into the sky constructed on second shell part 24 In gas filter device receiving portion 30, and utilize the lateral limit of the formation air filter receiving portion 30 of housing section bulkhead 54 Portion.
Being parallel to longitudinal axis 46 from housing rear 20, highlightedly there are four screw-thread bushes 78 for moulding, form tightening member 80 The threaded sections of screw can be screwed into these screw-thread bushes.
In order to which housing parts 22 and 24 are fixed on housing rear 20, second shell part 24 is parallel to longitudinal direction first 46 ground of axis is placed on housing rear 20.Then, it is parallel to 46 ground of longitudinal axis and first shell part 22 is imported into air In filter device receiving portion 30.Screw is directed across tightening member through-Penetration portion 62 with its threaded sections respectively and is screwed into phase In the screw-thread bush 78 arranged and be orientated with answering, until 82 backstop of head of screw is on reinforcing element 60 and it is made to keep suitable When positioning.
The power supply device 34 being arranged in accommodating chamber 38 is used to air transport device 32 and control and/regulating device 36 Energy supply.Its form construction not depend on the power supply device 34 of power grid, more specifically in the form of battery 84, especially with can The form of the battery recharged constructs.
Battery 84 is connect with control and/36 electro ultrafiltration of regulating device.The battery can connect on the outside of shell 18 86 again Close form is that 318 electro ultrafiltration of interface arrangement of charging port 88 connects.
In order to be influenced from dirt, such as the charging port 88 that can be constructed in the form of USB port or micro USB port Using the closing of charging end mask 90 or its closing can be utilized.
The fan wheel receiving portion 92 that accommodating chamber 38 is described in detail further with air filter receiving portion 30 and below is divided It opens, and neither by not purified passage of air nor by purified passage of air.
Air transport device 32 includes ventilation blower 94 comprising electric motor 96.Electric motor 96 is via control route 98 It is connect with 36 electro ultrafiltration of device is controlled and/or regulated.
Electric motor 96 is coaxially arranged in shell 18 in 46 ground of longitudinal axis.Electric motor defines motor longitudinal axis 97, motor longitudinal axis is overlapped with longitudinal axis 46.Motor drive shaft or drive shaft 100 are coaxially in 46 ground of longitudinal axis from motor shell 102 spies are stretched and carry fan wheel 104.The fan wheel defines fan wheel longitudinal axis 105, fan wheel longitudinal axis It is overlapped with motor longitudinal axis 97.
Substantially it is contained in motor jacket 106 in the motor shell 102 of cylinder formula.Arrangement or structure on the motor jacket Damping element 108 is made, to damp the vibration of electric motor 96 and not transfer vibrations to motor in the conceived case It is transmitted on shell 18 on jacket 106 and not by vibration from the electric motor.
The end of the direction case lid 26 of motor jacket 106 is formed by circuit board 110, which has for sky The activation device 114 of gas delivery device is activated and is cancelled the active element 112 of activation.
Active element 112 is constructed in the form of electric switching element 117, such as is configured to button 116, towards case lid 26 Direction be directed toward ground with by it is flexible cover 118 protection and closed mode be arranged in it is flexible cover 118 lower section.
Similarly having form in preferably 118 arranged beneaths of translucent cover is that (such as form is color to light-emitting component 122 Variable LED 124) for showing the display device of the charged state of power supply device 34 or the state of air filter 28 120.Light-emitting component 122 is connect via control route 98 with 36 electro ultrafiltration of device is controlled and/or regulated.
Case lid 26 is constructed in a manner of flexible, to make medially to place in the accompanying drawings in the center of the case lid The operating area 126 of drafting of being square can be moved or can deform towards the direction towards the direction of active element 112, sharp to operate this Element living.Therefore, 26 formation operation section 127 of case lid.
In base position, the rear side 128 of case lid 26 and cover 118 are spaced slightly apart, optionally can also with the cover Contact.Operating force is applied on operating area 126 if being parallel to 46 ground of longitudinal axis, case lid 26 becomes Shape.When being no longer effectively applied in case lid, and then, the case lid again return to its in the accompanying drawings shown in basis In position.
Motor jacket 106 is arranged in moulding in the motor support sector 130 on second shell part 24.Motor support sector 130 include the retaining ring 132 towards case lid 26, and retaining ring connects via multiple by motor support sector opening 131 is separated from each other The edge 136 of pass through openings 138 of the piece 134 with construction in second shell part 24 is connect.Pass through openings 138 are by air filtration Device receiving portion 30 and fan wheel receiving portion 92 are joined to one another.
Circuit board 110 is arranged within retaining ring 132, and is arranged with filling the retaining ring.
Contact pin 134 is slightly inclined about longitudinal axis 46, thus be configured to accommodate motor jacket 106 away from case lid The 26 slightly conical retainers to broaden.
Contact pin 134 is conducive to the droplet profile of flowing in cross-section, distinguished contact pin previously given towards vertical It is being oriented to 46 direction of axis, gradually the seamed edge 140 that comes to a point and refer to side 142 from longitudinal axis 46, in half column formula.
Motor jacket 106 includes being concentric with 46 ground of longitudinal axis construction in the region of its end towards drive shaft 100 Jacket ring 144, diameter matches are in the overall diameter of pass through openings 138.Jacket ring 144 refers to towards 92 direction of fan wheel receiving portion To front end seamed edge 146 stick on second shell part 24 towards 26 direction of case lid be directed toward front end seamed edge 148 on.Perforation is opened Mouth 138 passes through 148 limit of front end seamed edge.
Jacket ring 144 is guided via the air radially outstanding, substantially triangular about longitudinal axis 46 Element 150 is kept at interval with valve jacket included by motor jacket 106.Air guide element 150 will be constructed in motor jacket Motor jacket pass through openings 152 between 106 valve jacket and jacket ring 144 are divided into multiple openings 154.
Fan wheel 104 has the fan wheel entrance 156 substantially in circular ring shape, by curved convex towards 26 direction of case lid The formation of edge 158.The front end seamed edge 160 of flange 158 is insinuated into slightly in motor jacket pass through openings 152.
Fan wheel 104 is fully supported in fan wheel receiving portion 92 in a manner of it can rotate around longitudinal axis 46.Fan It is as described axially to take turns entrance 156, that is, is parallel to 46 ground of longitudinal axis and opens wide.
Fan wheel 104 has the fan wheel body 162 of dish type, is passed through by multiple fan wheel channels 164.Fan wheel channel 164 have internal steering face 166, they define the interior limit diameter of fan wheel entrance 156 in end, correspond to horse Up to the overall diameter of jacket 106.
From end 168, steering face 166 be bent, and (as in the cross-sectional view in Figure 10 it can be seen that as) shape At about 90 ° of the detour gone towards fan wheel outlet 170 referred to from longitudinal axis 46.Fan wheel outlet 170 is towards housing rear By 172 limit of front bulkhead on 20 direction, the front bulkhead be parallel to or substantially parallel to 20 ground of housing rear and with the shell Rear wall extends spaced slightly apartly.
Fan wheel channel 164 is not instead of about the radially extending of longitudinal axis 46, such as more particularly to very in Fig. 9 Curvedly extend as finding out well about longitudinal axis 46.It is limited by the channel side wall section 174 of correspondingly arching Boundary.
Fan wheel receiving portion 92 is substantially in the form of a column sleeve-shaped, encirclement longitudinal axis 46 176 limit of limit wall, should The direction in limit wall towards outlet portion 42 broadens into the preposition outlet plenum 178 in outlet portion 42.
Outlet portion 42 includes the finger in shell 18 from multiple narrow in longitudinal axis 46 and the front end face of accommodating chamber 38 182 The outlet portion opening 180 of gap-like.
Outlet portion 42 is defined through the symbolic outflow side extended transverse to 46 ground of longitudinal axis indicated of arrow 184 To.
In addition, outflow be oriented parallel to 186 ground of air inlet facial planes extension, the air inlet facial planes limited by intake section 40 and It is arranged essentially parallel to the extension of 26 ground of case lid.Not purified air can pass through intake section opening 52 along by arrow 188 as What sign property indicated passes through the inflow direction of intake section opening 52 from being flowed into air filter receiving portion 30 on four sides.Arrow 188 are parallel to air inlet facial planes 186 and are arranged essentially parallel to the extension of 26 ground of case lid respectively.It as an alternative, can also be only in shell Construction intake section opening 52 on the side of body 18, two sides or three sides.
About a quarter arrangement or construction in intake section opening 52 is on front end face 182.In the region of the front end face 182 In the air without purification therefore can be made with purified air parallel and towards opposite with purified air direction stream It is dynamic.
Limit wall 176 forms guide surface 190, is guided the interruption of face through-Penetration portion 192.In the area of guide surface through-Penetration portion 192 The air guide element 194 towards the direction orientation in outlet portion 42 is configured in domain, to the air flowing for making to leave fan wheel 104 Towards the directional steering in outlet portion 42 in the region of outlet plenum 178.
The inside of housing rear 20 forms following guiding face 196 equally towards the direction arching in outlet portion 42：It is used Outlet plenum 178 is passed through in the air flowing 198 that the direction towards outlet portion 42 is channeled out fan wheel outlet 170.
Optionally it can arrange or be configured in sound absorption receiving portion not shown in the figure, to accommodate in outlet plenum 178 Same unshowned sound absorbing element.
Outlet plenum 178 almost extends in the entire height of second shell part 24.
Air filter 28 is constructed in the form of filter core 200.
Filter core 200 includes filter-carrier 202 and at least one arrangement or constructs the filter in filter-carrier 202 Element 204.
Construct and including first filter carrier element 206 and the second filter to 202 dimensionally stable of filter-carrier Carrier element 208.Filter-carrier element 206 and 208 is configured independent from each other, and is more specifically constructed respectively discoidly, And define first filter element receiving portion 210 and the second filter cell receiving portion 212, they are parallel to longitudinal axis 46 ground open wide with being mutually directed toward.As an alternative, filter-carrier element 206 and 208 can also with polygon, especially in rectangle Construction.As an alternative, filter-carrier element 206 and 208 can not be in the form of ring and in the form of disk but with arbitrary Outer profile construction.
Filter cell receiving portion 210 and 212 is constructed in the form of flat annular groove, at least one, filtered with pleated The filter cell 204 of the form construction of device 214 is embedded into filter cell receiving portion.
Pleated filter 214 defines multiple filter cell wall sections 216 being inclined relative to one another, their parallel or bases Originally it is parallel to the extension of 46 ground of longitudinal axis.Therefore the fold seamed edge for being parallel to longitudinal axis 46 is constructed, fold seamed edge is alternately It is directed toward or refers to from the longitudinal axis 46 towards 46 direction of longitudinal axis.
At least one filter cell 204 and filter-carrier 202 are closed relative to each other.At least one filter cell 204 and filter-carrier 202 especially force closure and/or shape be sealed and/or material sealed (stoffschl ü ssig) each other Connection, is especially bonded.Preferably, at least one filter cell 204 is connected in a manner of it cannot loosen with filter-carrier 202 It connects.
At least one filter cell 204 is for example made of paper or ventilative synthetic material, or by glass fibre structure At.Mechanical and/or chemical filter cell can be formed, and especially in the form of thick dirt filter and/or with thin dirt The form of filter and/or the construction in the form of suspended filter.
Optionally, at least filter cell 204 can be with the form structure of high-efficiency particulate air filter (HEPA filter) It makes.
At least filter cell 204 can be especially according to the filtering of filter-grade E10, E11, E12, E13 or H13 The form of device element 204 constructs.
As an alternative, at least one filter cell 204 can be constructed according to filter-grade M5 to M9 or more slightly.
Air filter 28 also carries the first sealing element 218 of the sealing ring 219 that form is closure, first On filter-carrier element 206 along the radial direction towards longitudinal axis 46 and be parallel to 46 ground of longitudinal axis stretch out, slightly More than end face 220 being directed toward towards 26 direction of case lid, limiting first filter vector outside 207.First sealing element 218 It sticks in retaining ring 232, and keeps filter core 200 closed relative to second shell part 24.
Air filter 28 also carries the second sealing element 222 of the sealing ring 223 that form is closure.Second sealing The direction towards housing rear 20 that element 222 is arranged in the second filter-carrier element 208 is directed toward, the second filter of restriction carries In the end face 224 in external face 209, and the second sealing element 222 tool there are two stick on second shell part 24 by wind Sealing lip 228 in impeller receiving portion 92 and the wall section 226 separated from each other of air filter receiving portion 30.
Air cleaning facility 12 further includes having form for the positioning device of the first setting element of locating recess 234 230, locating recess is constructed in the form of locating slot 236.The positioning device leaves 46 ground of longitudinal axis towards the side of accommodating chamber 38 It is opened wide to extension, and towards the direction of housing rear 20.
Positioning device 230 can also especially be constructed with electronic type, such as the RFID core by clearly symbolizing filter device 28 Piece is stored with data on it, such as filter type, the date of manufacture, uses deadline or similar data.It is set in air cleaning Corresponding reading device for example can be arranged or be configured on standby 12, is cooperatively configured with device 36 is controlled and/or regulated.Association Work can especially be realized as follows, that is, only when it is being delivered for use by manufacturer, with license be saved in RFID core When the air filter 28 of piece or the code on other memory elements is presented in air filter receiving portion 30, just may be used To activate air transport device 32.The inquiry of RFID chip especially can without touching be realized via radio interface.
On the second sealing element 222, constructed on the sealing element face 225 being directed toward towards the direction of housing rear 20 tangible Formula is the second setting element 238 of locating recess 239.Setting element 238 constructs in the region of the first setting element 232, But it is more narrower on the circumferential direction about longitudinal axis 46.Second sealing element 222 is fixed transverse to first and second The direction of bit unit 232 and 238 extends.
Setting element 232 and 238 is used to accommodate the third setting element 240 that the form of foring is positioning protrusion portion 241 Control route 98, from motor jacket 106 towards accommodating chamber 38 guide, more specifically guided in wall section 226.
Only when third setting element 240 and setting element 232 and 238 are orientated each other so that third setting element 240 when can be embedded into the first setting element 232, and air filter 28 just can fully be manoeuvred into air filtration In device receiving portion 30.It is ensured that filter core 200 is accurately placed in air filter receiving portion 30.In addition, only phase The filter core 200 with the third setting element 240 correspondingly shaped matched can just be used in conjunction with air cleaning facility 12.
Have by the be specifically designed scheme and shell 18 of filter core 200 in the opposite of the hydromechanical element wherein arranged The design scheme answered has obtained being parallel to the annular that 26 ground of case lid enters encirclement air filter 28 across intake section 40 The air of chamber 242 flows, and annular chamber 242 passes through 54 limit of at least one filter cell 204 and housing section bulkhead.
The air of inflow can only pass through the annular chamber 242 and pass through filter cell 204 to flow towards the direction of motor jacket 106 It is dynamic, that is, be arranged essentially parallel to 26 ground of case lid again, flow through air filter along the radial direction towards longitudinal axis 46 28。
By at least one 204 filtered air of filter cell between contact pin 134 pass through be guided to motor packet On the valve jacket of set 106, valve jacket substantially smoothly constructs on hydrodynamics, and air flowing is along towards fan wheel entrance 156 directional steering substantially 90 °.
The fan wheel 104 of rotation accelerates purified air, so that the air for keeping this purified passes through Air wheel Outlet 170 is entered in outlet plenum 178 and can be flowed out from the outlet plenum across outlet portion 42, more specifically along arrow 184 direction outflow.
Air cleaning facility 12 is maintained on wearing portion 14.The wearing portion has equipment receiving portion 244 comprising base In the pocket portion 248 of the equipment opening 246 of quadrangle and the outer profile for being matched with air cleaning facility 12 in sheet.
Equipment opening 246 passes through circular 250 limit of open edge.The open edge especially can be constructed flexibly, example Such as by the way that elastic webbing construction is added.
In order to which wearing portion 14 is fixed on air cleaning facility 12, edge holding meanss 252 for force closure and/or Shape keeps open edge 250 in locking manner.Edge holding meanss 252 include the circular opening for accommodating open edge 250 Edge receiving portion 254.Open edge receiving portion 254 is constructed in the form of holding tank 256.
Edge holding meanss 252 include two clamping faces being mutually directed toward 258 and 260.Clamping face 258 passes through flange 48 Refer to that the side from case lid 26 is formed.The edge being directed toward towards clamping 258 direction of face that clamping face 260 passes through second shell part 24 Face is formed.
Spacing between clamping face 258 and 260 is significantly less than the especially opening of the wearing portion wall 262 of wearing portion 14 Thickness in the region at edge 250.
It, will before in the air filter receiving portion 30 that first shell part 22 is moved into second shell part 24 Open edge is imported between clamping face 258 and 260, to connect wearing portion 14.In the manner described, wearing portion 14 It is maintained on air cleaning facility 12 in a clamping manner.
Pocket portion 248, which has, imports opening 264, in the conventional use of air cleaning system 10 towards the mouth of user 270 266 and 268 direction of nose open wide.Outlet portion 42 is equally directed toward from importing opening 264 and comes out, to make purified air, such as By the way that schematically shown in arrow 184 in fig 1 and 2, the direction of mouth 266 and nose 268 towards user 270 is oriented Ground flowing.
As that can be clearly seen in Fig. 4, wearing portion wall 262 separates intake section 40 and outlet portion 42.Net Change in equipment 12, is only capable of seeing case lid 26 from outside.
Outlet portion 42 is arranged in the inner cavity 272 limited by wearing portion 14.Clamping face 258 sticks on the outside of wearing portion On 274, clamping face 260 is sticked on 276 on the inside of wearing portion.
248 adjacent device of pocket portion opening, 246 ground arrangement or construction.It imports the substantially arrangement of opening 264 or constructs and opened in equipment In the height of the coboundary of mouth 246.
Pocket portion 248 is placed, and is especially sutured or is adhered on 276 on the inside of wearing portion.
The also construction of equipment opening 246 is in the pocket portion side wall 278 in pocket portion 248.
It is alternatively possible to be provided at least partly closing the locking device 280 for importing opening 264.Locking device 280 especially may include that one or more overlap joints import opening 264 but can substantially vacate the narrow band 282 in outlet portion 42.
One or more bands 282 especially can be constructed flexibly, and one side is fixed in pocket portion 248 and another party Face is for example by suturing or being adhesively fixed on wearing portion wall 262.Locking device 280 especially prevents cleaning equipment 12 may It can be fallen from pocket portion 248.
Wearing portion 14 for example with mask or enclose set 284 form construction.
Under close element 286 formed wearing portion 14 lower edge 290.On close element 288 and form wearing portion 14 Top edge 292.Under close element 286 and above close element 288 and can be configured to drip molding, to realize wearing portion 14 What is sealed as far as possible between edge 290 and 292 and the head of user 269 closes.Therefore, it is particularly possible to avoid towards 268 He of nose Leaking out on the direction that eyes 304 are gone.
The zipper for extending up to top edge 292 from lower edge 290 especially can be used on enclosing set 284, worn to open Wear part 14.In particular, such zipper can be arranged on the rear side of wearing portion 14, such as opposite with equipment opening 246 Set ground.
Under close element with above close element 286,288 compare 262 dimensionally stable of wearing portion wall much construct and Especially at least can range selector it be plastically deformed.In particular, they can be made of the synthetic material that can be plastically deformed, or Including at least one reinforcing element 295 especially made of metal that can be plastically deformed.Such reinforcing element 295 is schematically It is drawn in Fig. 1 with dotted line.
Under close element 286 routinely wear when, as schematically shown in fig 1 and 2, be placed on user In transitional region in 270 chest area and between the neck and shoulder of user 270.
Close the cross section matching dress of shape and/or length that element 286 and 288 is formed for edges matched 290 and 292 Set 294 a part.Leash 296 and 298 is being respectively implanted in the channel that element 286 and 288 limits by closing, their quilts As shirred to edge 290 and 292, and therefore it is used as adjusting the length at these edges.Leash 296 and 298 through adjusting Whole length can press from both sides 300 or 302 lockings via quick release.
On close element 288 more particularly to realize the dedicated matching of user to the profile on the head 269 of user 270, make It is as well as possible closed in the region between nose 268 and eyes 304 that wearing portion 14 must may be implemented.
On close element 288 routinely wear when especially in the region of the lower end of the ear 306 of user 270 towards with The rear hair line at family extends.
Optionally, it as schematically dotted line is drawn in Fig. 2, can be set for especially hanging over user 270 One or two ear 306 on wearable device 332.Wearable device 332 especially may include hangers band 334, such as exemplary As dotted line is drawn in Fig. 2, and/or including at least one hangers hook 336, such as illustratively dotted line is drawn in Fig. 1 As system, they at least partly overlap the ear 306 of user 270.
It is some in the lower section of ear 306 between top edge 292 and lower edge 290, that is, closer to lower edge 290 There are two blowout openings 308 for ground construction.These blowout openings are by being at least partly ventilative textile material closing.It is wherein each Blowout opening 308 defines the opening area more slightly larger than the opening area limited by equipment opening 246.Optionally, blowout opening 308 can also extend up to lower edge 290 from top edge 292.
Wearing portion 14, especially its wearing portion wall 262 are preferably made of the material weaved, such as woven fabric.
With the region rearward in the region of lateral blowout opening 308 or between lower edge 290 and top edge 292 It is compared in (there, thering is leash 296 to come out with 298 from channel), wearing portion wall 262 is preferably in lower edge 290 and top In forward region between edge 292, that is, it is configured in 268 region covering air cleaning facility 12, mouth 266 and nose It is harder.Therefore the mouth 266 and nose 268 that wearing portion wall 262 is not bearing directly against in user's face especially be may insure Region in, so that the purified air for leaving outlet portion 42 be enable reliably to reach the pneumostome of user 270.
Material of the wearing portion 14 preferably by moisture can be made to permeate from the inside of wearing portion 276 towards on the outside of wearing portion 274 It constitutes.Therefore, enable to include that moisture or sweat in the air breathed out by user 270 is discharged from inner cavity 272.
On the outside of wearing portion 274 preferred waterproofs or cannot dankly construct and/or carry out coating, to prevent air water Divide and invades in inner cavity 272.For example, wearing portion wall 262 may include the semi-permeable membrane of relative configurations.
The material of closing blowout opening 308 can visually substantially with remaining wearing portion wall 262 equally structure It makes, so that blowout opening 308 be made to be actually not see.
Blowout opening 308 use purpose be, make user 270 exhalation air and it is excessive, set from air cleaning Standby 12 are blown from inner cavity 272 with passing through the purified air circumscribed that outlet portion 42 is sent out again along the direction of arrow 310 From in the ambient enviroment to user 270.
The schematic structure of air cleaning system 10 is schematically shown in FIG. 11 with being greatly simplified again.
Air cleaning facility 12 especially may include transmitter-receiver device 312, so as to without touching and with corresponding Transmission/reception 314 smart phone 16 carry out data exchange.It may be thus possible, for example, to via bluetooth or other suitable Radio connection 316 realizes that the data of smart phone 16 and air cleaning facility 12 controlled and/or regulated between device 36 are handed over It changes.
On air cleaning facility 12 formation interface arrangement 318 charging port 88 can selectively with charger 320 or other battery 322 connection or can be realized to battery charge or can be realized by using other electricity Pond 322 extends the runing time of air cleaning facility 12.
The charged state of battery 84 can for example be shown via display device 120.LED 124 is particularly by with specific face Color shines to show charged state.Especially as shown in Figure 16 like that, the LED 124 of green light is attached to charged state " charging finishes ", the LED 124 of Yellow light-emitting low temperature is attached to charged state " part is charged ", and the LED 124 that glows is attached to and fills Electricity condition " electric discharge ".The LED 124 that last-mentioned charged state glows in other words indicates that the needs of battery 84 fill to user 270 Electricity or the needs of air cleaning facility 12 are connect via interface arrangement 318 with additional battery 322.
It can be realized 124 ground LED converted between different colors instead of described, such as also can be used only It can be with a kind of LED of colour light emitting.Therefore in particular, only when battery 84 is already below previously given charged state, LED It is just illuminated with red, and is indicated by flashing accordingly and need replacing air filter 28.
Controlling and/or regulating device 36 especially may include that hours run counts device, record air cleaning facility 12 Total run time.
If having reached the runing time previously given by manufacturer for certain types of filter core 200, this case It can also especially be shown by display device 120.This case can be realized in LED 124 particularly by such as under type, that is, LED 124 pass through either shine to flashing type otherwise pulsating shine and change its luminous intensity, to show recommended replacement filter core 200。
If LED 124 is persistently with one of above-mentioned three kinds of colors colour light emitting, it is not necessary to air mistake Filter device 28 is replaced.
Sky may be particularly based on to recommended replacement air filter 28 or the display for needing replacing air filter 28 The hours run of gas cleaning equipment 12 is realized, wherein for example it is also conceivable to by the selected revolving speed of user 270, Jin Ershi The volume flow of purified air generated by air cleaning facility 12.To the corresponding data record of air filter 28 And the calculating of pollution level can be realized in controlling and/or regulating device 36.State about air filter 28 as a result, Information with using with corresponding application software (so-called App) smart phone 16 it is unrelated.
If realizing the replacement to air filter 28, display device 120 can correspondingly be resetted.This feelings Condition realizes that resetting apparatus is especially arranged in air filtration by the reset key 324 for defining reset element of resetting apparatus 325 In device receiving portion 30, and it could only be approached after removing filter core 200.If the resetting apparatus is primary by operation, Such as hour counter 326 is reset.
For the operation air cleaning facility 12 in the case where no smart phone 16, such as can such as illustrate in Figure 12 Property takes measures illustrated by ground.
If machine is to cancel activation, the shell of operation section 127 is defined by pressing in operating area 126 Lid 26 operates active element 112.If long pressing, for example, at least two seconds long, then air cleaning facility 12 be activated and Air transport device 32 rotates in the first low revolving speed grade 1.
If active element 112 is shorter than two seconds by short operation again, that is, for example, then revolving speed grade and sky are changed Gas conveying device is rotated in revolving speed grade 2 with higher revolving speed.
If active element 112 by short operation, controls and/or regulates device 36 and is switched to highest third revolving speed again Grade 3.
Active element 112 is pressed by another short-press, cancels activation air cleaning facility 12 again.
As an alternative, can be cancelled from each adjusted revolving speed grade by long pressing active element 112 activates air net Change equipment 12.
As an alternative, it controls and/or regulates device 36 and may also be so constructed that through long pressing active element 112 and activate Air cleaning facility 12, and improve the revolving speed of air transport device 32 infinitely always until active element 112 is released. Then, the revolving speed of electric motor 96 is always maintained at constant until pressing active element 112 again.If also not up to maximum turn Speed then further increases revolving speed by pressing active element 112, more specifically maximum until reaching turning for maximum possible Speed.Pressing active element 112 then cancels activation air cleaning facility 12 again.The possible switching flow of the alternative is schematically In figure 13 illustrates.
Figure 14 shows the feasible program of the other alternative of control air transport device 32.
Active element 112 is pressed by long, air cleaning facility 12 is activated, and more specifically has minimum speed first Grade 1.
Short-press pressure active element 112 is switched to revolving speed grade 2.
Short-press pressure active element 112 makes air cleaning facility 12 be switched to revolving speed grade 3 again.
Active element 112 is pressed by another short-press, is switched back to revolving speed grade 1 again.
Activation air cleaning facility can be cancelled by long pressing or operation active element 112 from each revolving speed grade 12。
Using control and/or regulate device 36 to air cleaning facility 12 it is other it is possible control schematically in Figure 15 In show.
If air control equipment 12 is to cancel activation, sky can be made by short or long pressing active element 112 Gas cleaning equipment 12 is under the first revolving speed grade 1.
Short-press presses active element 112 again, and air cleaning facility 12 is made to be switched to revolving speed grade 2.
If active element 112, by another short-press pressure, air cleaning facility 12 is switched to third revolving speed grade.
If short-press presses active element 112 again, it is switched back to revolving speed grade 2.
The active element 112 that short-press is pressed in revolving speed grade 2 makes air cleaning facility 12 be again switched to revolving speed grade 1.
Long pressing active element 112 all cancels activation air cleaning facility 12 in arbitrary revolving speed grade.
Active element 112 combine control and/or regulate device 36 form in the manner described it is net for converting air Change equipment 12 different operational modes operational mode conversion equipment 328, in particular for by change electric motor 96 into But the revolving speed of ventilation blower 94 discontinuously and/or infinitely changes the fortune of the volume flow generated by air transport device 32 Row mode conversion device 328.
Operational mode conversion equipment 328 especially may include operational mode conversion element 329, be used to set in air cleaning It is converted between standby 12 different operational modes.Such as active element 112 can form operational mode conversion element 329, Or the function of operational mode conversion element is undertaken as described above.
Operational mode conversion element 329 can especially be configured for operating operational mode turn depending on user 270 Change element 329 how long and generate different switching signals.Therefore, either short-press pressure or length press active element, all may be used To cause handoff procedure as described above.
That operational mode conversion equipment 328 is formed is being manually operated, with the volume flow that controls and/or regulates device 36 and cooperate Amount adjusting apparatus 338 is used to manually adjust the volume flow generated by air transport device.
By the App operated on smart phone 16, the manipulation of user 270 can be further simplified via bluetooth connection.
Such as it can show air quality factor depending on positioning, namely particularly depending on geodata, example It can such as be obtained via internet.The air quality factor is illustratively used as " air quality index " to show in Figure 18, with Just the necessity of air cleaning system 10 is used to the display of user 270.
In particular, the description text as described in Harm or current main air pollutants can also be shown.
The geographic orientation coordinate in place locating for user can also equally be shown.
Sliding damper can be optionally shown on the display screen 330 of smart phone 16, can infinitely be adjusted using it The whole air capacity conveyed by air transport device 32.Optionally, the volume flow as unit of Liter Per Minute is additionally shown.
As an alternative, it can be calculated in controlling and/or regulating device 36：When should show about needing replacing sky The prompting of gas filter device 28, such as the pure use deadline is saved, so as to for example in previously given hourage It is replaced monthly by the suggestion of display device 120 later or for example.
Furthermore, it is possible to optionally shown on the display screen 330 of smart phone 16 air filter 28 state or its Saturation degree.It is calculated in controlling and/or regulating device 36 and is stored in this and control and/or regulate the shown value in device It can be transferred on smart phone 16 via bluetooth connection 316 from air cleaning facility 12, especially periodically be transmitted.
The display of filter state can for example be realized simultaneously alternative in the form of percent value or additionally by for example Rounded status bar is realized.
If necessary to replace air filter 28, then occur for example on the display screen 330 of smart phone 16 corresponding Notice.The notice is realized in which can be additional to the flashing of LED 124 having already described above or pulsation, more specifically by intelligent hand Additional pop-up window on the display screen 330 of machine 16 is realized.If user 270 only confirmed the notice, its meeting It is reappeared when starting next time or when activating air cleaning facility 12 next time.
It is alternatively possible to which directly ordering one or more filter cores 200 from App is used as spare part, more specifically or pass through Corresponding webpage purchase in so-called App in the browser of purchase or opening smart phone 16.
Smart phone App optionally can also send out PUSH message, and the place locating for user 270 occurs poor User 270 is urged to use air cleaning system 10 in the case where air quality.
Instead of air quality factor or air quality index, true measured value can be also shown with alternative or optionally, E.g. utilize air pollutants determined by one or more sensors 331 being arranged on air cleaning facility 12.Sensing Device 331 especially also may include acceleration transducer, air quality sensor or particulate matter sensors.
Instead of only showing the volume flow of purified air on display screen 330, can also be shown with alternative or additionally Show the amount of contaminants filtered out or due to daily using air cleaning system 10 without the amount of contaminants that is inhaled into.
Instead of ordering new 200 ground of filter core, matching for air cleaning system 10 optionally can also be in addition bought using App Part.It, can be automatic real in the case where currently used filter core 200 is accordingly polluted especially in the case where corresponding authorization Now to the order of new filter core 200.
Above-mentioned air cleaning system 10 can be realized even if in the place with high air pollution, and user 270 also can It is enough aspirated through that air cleaning facility 12 purifies and is shipped for user in the inner cavity of wearing portion 14 272 across outlet portion 42 The air of 270 high quality.Therefore the risk for interfering 270 health of user can be substantially reduced.
Air cleaning system 10 can also especially be used by autopath.Air cleaning system 10 is particularly suitable for using phase The filter cell 204 answered filters the pollen in surrounding air and guides reality to the mouth of user 270 266 and nose 269 Do not have polliniferous air on border.
Reference signs list
10 air cleaning systems
12 air cleaning facilities
14 wearing portions
16 smart phones
18 shells
20 housing rears
22 first shell parts
24 second shell parts
26 case lids
On front side of 27 shells
28 air filters
30 air filter receiving portions
32 air transport devices
34 power supply devices
36 control and/or regulate device
38 accommodating chambers
40 intake sections
42 outlet portions
44 annular gaps
46 longitudinal axis
48 flanges
50 ribs
52 intake sections opening
54 housing section bulkheads
56 ends
58 ends
60 reinforcing elements
62 tightening member through-Penetration portion
64 bayonet type slits
66 import section
68 protrusions
70 downsides
72 locking sections
74 convex noses
76 sliding ribs
78 screw-thread bushes
80 tightening members
82 heads
84 batteries
86 outsides
88 charging ports
90 charging end masks
92 fan wheel receiving portions
94 ventilation blowers
96 electric motors
97 motor longitudinal axis
98 control routes
100 drive shafts
102 motor shells
104 fan wheels
105 fan wheel longitudinal axis
106 motor jackets
108 damping elements
110 circuit boards
112 active elements
114 activation devices
116 buttons
117 switching elements
118 covers
120 display devices
122 light-emitting components
124 LED
126 operating areas
127 operation sections
128 rear sides
130 motor support sectors
131 motor support sectors opening
132 retaining rings
134 contact pin
136 edges
138 pass through openings
140 seamed edges
142 sides
144 jacket rings
146 front end seamed edges
148 front end seamed edges
150 air guide elements
152 motor jacket pass through openings
154 openings
156 fan wheel entrances
158 flanges
160 front end seamed edges
162 fan wheel bodies
164 fan wheel channels
166 turn to face
168 ends
The outlet of 170 fan wheels
172 front bulkheads
174 channel side wall sections
176 limit walls
178 outlet plenums
180 outlet portions opening
182 front end faces
184 arrows
186 air inlet facial planes
188 arrows
190 guide surfaces
192 guide surface through-Penetration portion
194 air guide elements
196 guiding faces
The flowing of 198 air
200 filter cores
202 filter-carriers
204 filter cells
206 first filter carrier elements
Outside 207 first filter carrier elements
208 second filter-carrier elements
209 second filter-carrier outside elements
210 first filter element receiving portions
212 second filter cell receiving portions
214 pleated filters
216 filter cell wall sections
218 first sealing elements
219 sealing rings
220 end faces
222 second sealing elements
223 sealing rings
224 end faces
225 sealing element faces
226 wall sections
228 sealing lips
230 positioning devices
232 first setting elements
234 locating recess
236 locating slots
238 second setting elements
239 locating recess
240 third setting elements
241 positioning protrusion portions
242 annular chambers
244 equipment receiving portions
246 equipment opening
248 pocket portions
250 open edges
252 edge holding meanss
254 open edge receiving portions
256 holding tanks
258 clamp face
260 clamp face
262 wearing portion walls
264 import opening
266 mouthfuls
268 noses
269 heads
270 users
272 inner cavities
On the outside of 274 wearing portions
On the inside of 276 wearing portions
278 pocket portion side walls
280 locking devices
282 bands
284 enclose set
Element is closed under 286
Element is closed on 288
290 lower edges
292 top edges
294 cross section coalignments
295 reinforcing elements
296 leashes
298 leashes
300 quick releases folder
302 quick releases folder
304
306 ears
308 blowout openings
310 arrows
312 transmission/receptions
314 transmission/receptions
316 bluetooth connections
318 interface arrangements
320 chargers
322 batteries
324 reset keys
325 resetting apparatuses
326 hours runs count device
328 operational mode conversion equipments
329 operational mode conversion elements
330 display screens
331 sensors
332 wearable devices
334 hangers bands
336 hangers hooks
338 volume flow amount adjusting apparatus

Claims (76)

1. a kind of portable personal air's purification system comprising for covering the mouth (266) and nose (268) of user (270) Wearing portion (14), which is characterized in that the wearing portion (14) be configured to for keeping for purifying ambient air and Portable personal air's cleaning equipment (12) of purified air is sent out, the wearing portion (14) has towards user (270) (276) and the wearing portion outside (274) away from user (270) on the inside of wearing portion, and the wearing portion (14) there is the equipment receiving portion (244) for accommodating the air cleaning facility (12).
2. portable personal air's purification system according to claim 1, which is characterized in that the equipment receiving portion It (244) include that equipment of the construction in the wearing portion wall (262) of the wearing portion (14) is open (246).
3. portable personal air's purification system according to claim 2, which is characterized in that the equipment is open (246) With rectangular shape.
4. portable personal air's purification system according to any one of claim 1 to 3, which is characterized in that described to set Standby receiving portion (244) are arranged or are constructed on the front side of the wearing portion (14).
5. portable personal air's purification system according to any one of claim 1 to 3, which is characterized in that with away from institute The top edge (292) for stating wearing portion (14) is compared, and the equipment receiving portion (244) is closer under the wearing portion (14) Arranges or construct to edge (290).
6. portable personal air's purification system according to any one of claim 1 to 3, which is characterized in that described to set Standby receiving portion (244) have the pocket portion (248) for accommodating the air cleaning facility (12).
7. portable personal air's purification system according to claim 6, which is characterized in that pocket portion (248) arrangement Or construction is on the inside of the wearing portion on (276).
8. portable personal air's purification system according to claim 2, which is characterized in that the equipment receiving portion (244) there is the pocket portion (248) for accommodating the air cleaning facility (12), the neighbouring equipment of the pocket portion (248) is opened Arranges or construct to mouth (246).
9. portable personal air's purification system according to claim 6, which is characterized in that the pocket portion (248) has Importing for importing the air cleaning facility (12) is open (264).
10. portable personal air's purification system according to claim 2, which is characterized in that the equipment receiving portion (244) there is the pocket portion (248) for accommodating the air cleaning facility (12), wherein the pocket portion (248) has for leading Enter the importing opening (264) of the air cleaning facility (12), wherein importing opening (264) arrangement is constructed described In the height of the coboundary of equipment opening (246).
11. portable personal air's purification system according to claim 6, which is characterized in that the pocket portion (248) is at least Partly formed by the wearing portion wall (262) of the wearing portion (14).
12. portable personal air's purification system according to claim 2, which is characterized in that the equipment receiving portion (244) there is the pocket portion (248) for accommodating the air cleaning facility (12), wherein equipment opening (246) construction exists In the pocket portion side wall (278) of the pocket portion (248) formed by wearing portion (14).
13. portable personal air's purification system according to claim 6, it is characterised in that have for closing the pocket The locking device (280) in portion.
14. portable personal air's purification system according to claim 13, which is characterized in that the locking device (280) it arranges or constructs on the inside of the wearing portion on (276).
15. portable personal air's purification system according to claim 13, which is characterized in that the locking device It (280) include at least one cover or at least one tongue piece or at least one band (282) or at least one hook.
16. portable personal air's purification system according to claim 13, which is characterized in that the locking device (280) air cleaning is at least partly vacated in the detent position that it at least partly closes the pocket portion (248) to set The outlet portion (42) of standby (12).
17. portable personal air's purification system according to claim 2, which is characterized in that the equipment is open (246) Pass through circular open edge (250) limit.
18. portable personal air's purification system according to any one of claim 1 to 3, which is characterized in that described to wear Wearing part (14) has top edge (292), lower edge (290) and for matching the top edge (292) and/or the lower edge (290) the cross section coalignment (294) of shape and/or length.
19. portable personal air's purification system according to claim 18, which is characterized in that the cross section matching dress Set (294) include at least can be plastically deformed to range selector on close element (288) and/or at least can be plastically deformed to range selector Under close element (286).
20. portable personal air's purification system according to claim 19, which is characterized in that close element on described (288) top edge (292) is formed.
21. portable personal air's purification system according to claim 19, which is characterized in that close element under described (286) lower edge (290) is formed.
22. portable personal air's purification system according to claim 19, which is characterized in that close element on described (288) and/or under described element (286) is closed at least partly to be made of plastics.
23. portable personal air's purification system according to claim 19, which is characterized in that close element on described (288) and/or under described closing element (286) includes at least one reinforcing element made of metal that can be plastically deformed.
24. portable personal air's purification system according to claim 18, which is characterized in that the cross section matching dress Setting (294) includes upper leash (298) and/or lower leash (296) with fixed device (302,300).
25. portable personal air's purification system according to any one of claim 1 to 3, which is characterized in that described to wear Part (14) is worn to constitute by air-locked material or by the material with high air resistance.
26. portable personal air's purification system according to any one of claim 1 to 3, which is characterized in that described to wear Part (14) is worn to be made of the material weaved.
27. portable personal air's purification system according to any one of claim 1 to 3, which is characterized in that described to wear Part (14) is worn by that can make moisture from (276) on the inside of the wearing portion towards the material of (274) infiltration on the outside of the wearing portion It constitutes.
28. portable personal air's purification system according to any one of claim 1 to 3, which is characterized in that described to wear It cannot construct wear portion outboard (274) waterproof or dankly and/or carry out coating.
29. portable personal air's purification system according to any one of claim 1 to 3, which is characterized in that described to wear Part (14) is worn to be made of the material of UV resistant.
30. portable personal air's purification system according to any one of claim 1 to 3, it is characterised in that have and use Wearable device (332) at least one ear (306) for hanging over user (270).
31. portable personal air's purification system according to claim 30, which is characterized in that the wearable device (332) include at least partly overlap user (270) ear (306) at least one hangers hook (336) and/or at least one Hangers band (334).
32. portable personal air's purification system according to any one of claim 1 to 3, which is characterized in that described to wear Wearing part (14) has top edge (292) and lower edge (290), and the wearing portion is in the lower edge (290) and institute State in the forward region between top edge (292) and between the lower edge (290) and the top edge (292) rearward Region in it is harder compared to being constituted or being configured to by harder material.
33. portable personal air's purification system according to any one of claim 1 to 3, which is characterized in that described to wear Wearing part (14) has top edge (292) and lower edge (290) and is open (308) including at least one blowout, it is described at least One blowout opening arrangement constructs between the top edge (292) and the lower edge (290).
34. portable personal air's purification system according to claim 33, which is characterized in that at least one described blowout (308) arrangement that is open constructs lateral in the wearing portion (14).
35. portable personal air's purification system according to claim 33, which is characterized in that at least one described blowout Opening (308) and the spacing of the lower edge (290) are corresponding to the air cleaning facility (12) and the lower edge (290) Spacing.
36. portable personal air's purification system according to claim 33, which is characterized in that at least one described blowout (308) are open by ventilative textile material closing.
37. portable personal air's purification system according to any one of claim 1 to 3, which is characterized in that described to wear Wear part (14) with mask or enclose set (284) form construct.
38. portable personal air's purification system according to any one of claim 1 to 3, it is characterised in that have packet Include the portable personal air in the intake section (40) for air to be clean and the outlet portion (42) for purified air Cleaning equipment (12).
39. portable personal air's purification system according to claim 38, which is characterized in that the air cleaning facility It (12) include shell (18), air filter (28) and air transport device (32) for filtering surrounding air, and institute Air transport device (32) is stated to be configured for generating from the intake section (40) towards the air filter (28) not Filtered air stream and leave the air filter (28) towards the outlet portion (42) filtered air stream.
40. portable personal air's purification system according to claim 39, which is characterized in that the air filter (28) and the air transport device (32) fluid matasomatism be connected to each other and arrange or construct in the shell (18), and And the air transport device (32) and the outlet portion (42) fluid matasomatism be connected to each other.
41. portable personal air's purification system according to claim 38, which is characterized in that the air cleaning facility (12) it is contained in the equipment receiving portion (244).
42. portable personal air's purification system according to claim 38, which is characterized in that the air cleaning facility (12) it is arranged and configured so that the intake section (40) arrangement or constructs on the outside of the wearing portion on (274), and it is described Outlet portion (42) arrangement constructs on the inside of the wearing portion on (276).
43. portable personal air's purification system according to claim 2, which is characterized in that in the equipment receiving portion (244) air cleaning facility (12) are accommodated in, wherein the equipment opening (246) passes through the air cleaning facility (12) it closes.
44. portable personal air's purification system according to claim 38, which is characterized in that the equipment opening (246) pass through circular open edge (250) limit, wherein the air cleaning facility (12) include for force closure and/or Shape keeps the edge holding meanss (252) of the open edge (250) in locking manner.
45. portable personal air's purification system according to claim 44, which is characterized in that the edge holding meanss (252) there is the circular open edge receiving portion (254) at least accommodating to range selector the open edge (250).
46. portable personal air's purification system according to claim 45, which is characterized in that the open edge accommodates Portion (254) is constructed in the form of circular holding tank (256).
47. portable personal air's purification system according to claim 44, which is characterized in that elastic open edge (250) rabbet with the edge holding meanss (252) with tightening.
48. portable personal air's purification system according to claim 44, which is characterized in that the edge holding meanss (252) there are at least two clamping faces (258,260) being mutually directed toward, the open edge (250) arranges or be maintained at described Between clamping face.
49. portable personal air's purification system according to claim 48, which is characterized in that at least two clamp face First in (258,260) clamps face (258) arrangement or constructs in the first shell part of the air cleaning facility (12) (22) on, described at least two clamp the second clamping face (260) arrangement in face (258,260) or construct in the air cleaning On the second shell part (24) of equipment (12), and the first shell part (22) and the second shell part (24) that This force closure and/or shape are connected cohesively together.
50. portable personal air's purification system according to claim 38, which is characterized in that intake section (40) tool There is at least one intake section to be open (52), at least one intake section opening arrangement or construction are on the outside of the wearing portion (274) on.
51. portable personal air's purification system according to claim 50, which is characterized in that at least one described air inlet The shell of portion's opening (52) to be stretched out about the shell (18) with the air cleaning facility (12) from the wearing portion (14) The mode that front side (27) vertically extending longitudinal axis (46) is directed toward in radial directions is opened wide.
52. portable personal air's purification system according to claim 38, which is characterized in that the equipment receiving portion (244) there is pocket portion (248) for accommodating the air cleaning facility (12), wherein the outlet portion (42) is from the pocket It outwardly is opened wide in the importing opening (264) in portion (248).
53. portable personal air's purification system according to claim 38, which is characterized in that outlet portion (42) tool There is at least one outlet portion to be open (180), described at least one outlet portion opening is with towards the mouth of user (270) (266) and nose (268) mode that direction is directed toward is orientated.
54. portable personal air's purification system according to claim 53, which is characterized in that the intake section (40) At least one outlet portion at least one intake section opening (52) and the outlet portion (42) opening (180) takes in parallel with each other To.
55. portable personal air's purification system according to claim 38, which is characterized in that intake section (40) limit Determine to be parallel to the shell front side (27) that the shell (18) of the air cleaning facility (12) is stretched out from the wearing portion (14) The air inlet facial planes (186) that ground extends.
56. portable personal air's purification system according to claim 55, which is characterized in that outlet portion (42) limit The outgassing direction (184) extended parallel to the air inlet facial planes (186) is determined.
57. portable personal air's purification system according to claim 38, which is characterized in that by the intake section (40) The free air inlet cross-sectional area limited is greater than the free outlet cross-section area limited by the outlet portion (42).
58. portable personal air's purification system according to claim 39, it is characterised in that have described for running The power supply device (34) of air transport device (32).
59. portable personal air's purification system according to claim 58, which is characterized in that the power supply device (34) It is constructed in the form of battery (322).
60. portable personal air's purification system according to claim 58, which is characterized in that the power supply device (34) It is arranged in the shell (18) of the air cleaning facility (12) or on the shell.
61. portable personal air's purification system according to claim 39, which is characterized in that the air transport device (32) include ventilation blower (94) by motor operation.
62. portable personal air's purification system according to claim 61, which is characterized in that ventilation blower (94) packet Include electric motor (96).
63. portable personal air's purification system according to claim 39, which is characterized in that the air filter It (28) include at least one filter cell (204).
64. portable personal air's purification system according to claim 63, which is characterized in that at least one described filtering Device element (204) is constructed in the form of mechanical and/or chemical filter cell (204).
65. portable personal air's purification system according to claim 39, it is characterised in that have for control and/or Adjust the volume flow of the filtered air generated by the air transport device (32) controls and/or regulates device (36)。
66. portable personal air's purification system according to claim 39, it is characterised in that have for activating and taking Disappear and activates the activation device (114) of the air transport device (32).
67. portable personal air's purification system according to claim 6, which is characterized in that the pocket portion (248) has For being open (264) from the upper importing for importing the air cleaning facility (12).
68. portable personal air's purification system according to claim 13, which is characterized in that the locking device (280) air cleaning facility is fully vacated in the detent position that it at least partly closes the pocket portion (248) (12) outlet portion (42).
69. portable personal air's purification system according to claim 17, which is characterized in that the open edge (250) it flexibly constructs.
70. portable personal air's purification system according to claim 19, which is characterized in that close element on described (288) and/or under described element (286) is closed at least partly to be made of the plastics that can be plastically deformed.
71. portable personal air's purification system according to any one of claim 1 to 3, which is characterized in that described to wear The wearing portion wall (262) for wearing part (14) is constituted by air-locked material or by the material with high air resistance.
72. portable personal air's purification system according to any one of claim 1 to 3, which is characterized in that described to wear The wearing portion wall (262) for wearing part (14) is made of the material weaved.
73. portable personal air's purification system according to any one of claim 1 to 3, which is characterized in that described to wear Part (14) is worn to be made of woven fabric.
74. portable personal air's purification system according to any one of claim 1 to 3, which is characterized in that described to wear The wearing portion wall (262) for wearing part (14) is made of woven fabric.
75. portable personal air's purification system according to claim 58, which is characterized in that the power supply device (34) It is the power supply device unrelated with power grid (34).
76. portable personal air's purification system according to claim 59, which is characterized in that the battery (322) is Rechargeable battery (322).
CN201721511648.0U 2016-11-14 2017-11-13 Portable personal air's purification system Expired - Fee Related CN208160844U (en)

Applications Claiming Priority (2)

Application Number Priority Date Filing Date Title
DE102016121823.5 2016-11-14
DE102016121823.5A DE102016121823A1 (en) 2016-11-14 2016-11-14 Portable individual air purification system

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CN208160844U true CN208160844U (en) 2018-11-30

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WO2018087378A3 (en) 2018-07-05

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Granted publication date: 20181130

Termination date: 20201113