CN209406979U - A kind of cleaning device of vacuum cleaning component and electronic equipment - Google Patents
A kind of cleaning device of vacuum cleaning component and electronic equipment Download PDFInfo
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- CN209406979U CN209406979U CN201822010369.7U CN201822010369U CN209406979U CN 209406979 U CN209406979 U CN 209406979U CN 201822010369 U CN201822010369 U CN 201822010369U CN 209406979 U CN209406979 U CN 209406979U
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Abstract
This application discloses a kind of vacuum cleaning component and the cleaning device of electronic equipment, the vacuum cleaning components, comprising: the first vacuum generating unit, comprising: the first two-way valve, the first stomata and the first gas circuit；Second vacuum generating unit is disposed adjacent with the first vacuum generating unit, and the second vacuum generating unit includes: the second two-way valve, the second stomata and the second gas circuit；Gas generating unit, gas generating unit are connect by the first gas circuit with the first vacuum generating unit, and are connect by the second gas circuit with the second vacuum generating unit.By the above-mentioned means, the application can carry out cleaning treatment to the hole location of electronic equipment using vacuum suction technology and Gas injection technology, dust removing effects are good, and cleaning efficiency is high, practical.
Description
Technical field
This application involves technical field of electronic equipment, more particularly to the clear of a kind of vacuum cleaning component and electronic equipment
Clean device.
Background technique
The electronic component in electronic device industry mostly uses Automated assembly at present, and assembling process uses self-feeding skill
Art, the dust that electronic equipment itself adheres to and the dust carried in the feeding process, may cause the electricity of electronic component therein
The damage risks such as short out road may cause a large amount of electronic equipments and use abnormal emergency situations.
Summary of the invention
The application mainly solving the technical problems that provide the cleaning device of a kind of vacuum cleaning component and electronic equipment,
Cleaning treatment is carried out to the hole location of electronic equipment using vacuum suction technology and Gas injection technology, dust removing effects are good, and clean
It is high-efficient, practical.
In order to solve the above technical problems, the technical solution that the application uses is: providing a kind of vacuum cleaning component, wrap
It includes: the first vacuum generating unit, comprising: the first two-way valve, the first stomata and the first gas circuit；Second vacuum generating unit, with
First vacuum generating unit is disposed adjacent, and the second vacuum generating unit includes: the second two-way valve, the second stomata and the second gas
Road；Gas generating unit, gas generating unit are connect by the first gas circuit with the first vacuum generating unit, and pass through the second gas circuit
It is connect with the second vacuum generating unit.
Wherein, the second two-way valve includes air-breathing two-way valve, and the second gas circuit includes suction pipe, and the second stomata is the first suction
Disk；Second vacuum generating unit includes: air-breathing subelement, including passes through the sequentially connected air-breathing two-way valve of suction pipe, first
Vacuum generator and the first sucker；Wherein, the first vacuum generator is used to provide compressed air for the first sucker, so that first
Sucker has vacuum suction force.
Wherein, the second two-way valve includes air blowing two-way valve, and the second gas circuit includes gassing pipe；Second vacuum generating unit packet
It includes: air blowing subelement, including pass through the sequentially connected air blowing two-way valve of gassing pipe and the first sucker；Wherein, gas occurs
The connection of one end of device and gassing pipe, gas generating unit is air blower, for gassing pipe, air blowing two-way valve and the
One sucker injects gas, so that the first sucker blowing gas.
Wherein, vacuum cleaning component further comprises: the first triple valve, wherein the first port of the first triple valve and
Two-port netwerk is separately connected suction pipe and gassing pipe, and the third port of the first triple valve connects the first sucker, so that first inhales
Disk has vacuum suction force or blowing gas.
Wherein, the first vacuum generating unit includes: to be sent out by sequentially connected first two-way valve of the first gas circuit, the second vacuum
Raw device and the first stomata, wherein the first stomata is the second sucker；Wherein, the second vacuum generator is used to mention for the second stomata
For compressed air, so that the second stomata has vacuum suction force；Vacuum cleaning component further comprises: the second triple valve, wherein
4th port of the second triple valve and fifth port are separately connected suction pipe and the first gas circuit, the 6th port of the second triple valve
Exhaust pipe is connected, the gas discharge suction pipe and the first gas that exhaust pipe is used to draw in the first sucker and the second sucker
Road.
Wherein, vacuum cleaning component further comprises: third triple valve, wherein the 7th port of third triple valve and
Eight ports are separately connected exhaust pipe and gassing pipe, and the 9th port of third triple valve connects air blower.
Wherein, vacuum cleaning component further comprises: pressure regulator valve is set between air blower and air blowing two-way valve, pressure regulation
One end of valve is connect by gassing pipe with air blowing two-way valve, and the other end is connect by gassing pipe with the 8th port；Air gauge,
It is set on gassing pipe, for detecting the blowing gas pressure on gassing pipe.
Wherein, vacuum cleaning component further comprises: first filter is set to the first sucker and the first vacuum generator
Between, one end of first filter is connect by suction pipe with first port, and the other end passes through suction pipe and the first vacuum
Generator connection.
Wherein, vacuum cleaning component further comprises: the second filter, be set to the first sucker and air blowing two-way valve it
Between, one end of the second filter is connect by gassing pipe with second port, and the other end passes through gassing pipe and air blowing two-way valve
Connection.
Wherein, the first two-way valve, the second two-way valve are solenoid valve.
Wherein, the first triple valve, the second triple valve and third triple valve are solenoid valve.
In order to solve the above technical problems, another technical solution that the application uses is: providing the clear of a kind of electronic equipment
Clean device, comprising: support base is formed with an accommodating space in support base, and electronic equipment is placed in accommodating space, support
First through hole and the second through-hole are offered on pedestal；Such as above-mentioned vacuum cleaning component, wherein the first of vacuum cleaning component inhales
Disk is placed in first through hole, and the preset function hole setting of corresponding electronic equipment, the second sucker accommodating of vacuum cleaning component
In the second through-hole, and the display screen of corresponding electronic equipment or shell setting.
Wherein, cleaning device further comprises: proximity sensor is set in support base, for detecting electronic equipment
Whether it is placed in accommodating space；Processor connects proximity sensor and vacuum cleaning component, for receiving proximity sensor
Testing result, and the working condition of vacuum cleaning component is controlled according to testing result.
Wherein, cleaning device further comprises: shell, is provided with support base on shell；Switch, is set on shell,
Switch is electrically connected vacuum cleaning component, proximity sensor and processor.
Wherein, preset function hole is fingerprint hole.
The beneficial effect of the application is: being in contrast to the prior art, the application provides a kind of vacuum cleaning component, packet
The first vacuum generating unit, the second vacuum generating unit and gas generating unit are included, gas generating unit passes through the first gas circuit
It connect with the first vacuum generating unit, and is connect by the second gas circuit with the second vacuum generating unit, utilize vacuum suction technology
Or Gas injection technology carries out cleaning treatment to the hole location of electronic equipment, can remove and be stained in electronic equipment assembly or feeding process
The dust or dust of dye, dust removing effects are good, and cleaning efficiency is high, practical.
Detailed description of the invention
In order to more clearly explain the technical solutions in the embodiments of the present application, make required in being described below to embodiment
Attached drawing is briefly described, it should be apparent that, the drawings in the following description are only some examples of the present application, for
For those of ordinary skill in the art, without creative efforts, it can also be obtained according to these attached drawings other
Attached drawing.Wherein:
Fig. 1 is the structural schematic diagram of one embodiment of the application vacuum cleaning component；
Fig. 2 is the first partial structural schematic diagram of the second vacuum generating unit in Fig. 1；
Fig. 3 is the second partial structural diagram of the second vacuum generating unit in Fig. 1；
Fig. 4 is the third partial structural diagram of the second vacuum generating unit in Fig. 1；
Fig. 5 is the second structural schematic diagram of the application vacuum cleaning component；
Fig. 6 is the third structural schematic diagram of the application vacuum cleaning component；
Fig. 7 is the 4th structural schematic diagram of the application vacuum cleaning component；
Fig. 8 is the 4th partial structural diagram of the second vacuum generating unit in Fig. 1；
Fig. 9 is the 5th partial structural diagram of the second vacuum generating unit in Fig. 1；
Figure 10 is the overlooking structure diagram of the cleaning device of the application electronic equipment；
Figure 11 is the side structure schematic view of the cleaning device of the application electronic equipment.
Specific embodiment
Below in conjunction with the attached drawing in the embodiment of the present application, technical solutions in the embodiments of the present application carries out clear, complete
Site preparation description, it is clear that described embodiments are only a part of embodiments of the present application, rather than whole embodiments.Based on this
Embodiment in application, those of ordinary skill in the art are obtained every other under the premise of not making creative labor
Embodiment shall fall in the protection scope of this application.
Refering to fig. 1, Fig. 1 is the structural schematic diagram of one embodiment of the application vacuum cleaning component, and vacuum cleaning component 10 wraps
It includes: the first vacuum generating unit 11, the second vacuum generating unit 12 and gas generating unit 13.Second vacuum generating unit 12
It is disposed adjacent with the first vacuum generating unit 11.
First vacuum generating unit 11 includes the first two-way valve 111, the first stomata 112 and the first gas circuit 113.Second is true
Empty generating unit 12 includes: the second two-way valve 121, the second stomata 122 and the second gas circuit 123.Gas generating unit 13 passes through
First gas circuit 113 is connect with the first vacuum generating unit 11, and is connected by the second gas circuit 123 and the second vacuum generating unit 12
It connects.
Specifically, three components of vacuum cleaning component 10 including function opposite independent: the first vacuum generating unit 11, the
Two vacuum generating units 12 and gas generating unit 13.Gas generating unit 13 is sent out by the first gas circuit 113 and the first vacuum
Raw unit 11 is tightly connected, and gas generating unit 13 is tightly connected by the second gas circuit 123 and the second vacuum generating unit 12.
Gas generating unit 13 can for for generating gas or generate the device of vacuum, such as: it is vacuum generator, true
Sky pump, air blower 13 etc..
When gas generating unit 13 is vacuum generator or vacuum pump, gas generating unit 13 can be used for the first gas
Hole 112 and the second stomata 122 provide compressed air with vacuum suction force, wherein the first stomata 112 can correspond to electronics and set
Standby display screen or shell setting, the second stomata 122 can correspond to be arranged at the functional hole on electronic equipment, and then adsorbs function
Dust or dust at energy hole etc. are dirty.
First stomata 112 and the second stomata 122 can be can be using the sucker of elastic rubber material production, such as silicon rubber
Glue material matter, preferably vacuum chuck, after compression can adsorbed close on the surface of electronic equipment.Gas generating unit 13 passes through first
Gas circuit 113 and the first vacuum generating unit 11 are tightly connected, and gas generating unit 13 is sent out by the second gas circuit 123 and the second vacuum
Raw unit 12 is tightly connected, and generates vacuum when compressed air flows into gas generating unit 13, can in the first gas circuit 113 and
Vacuum adsorption force is generated in first vacuum generating unit 11, and can be in the second gas circuit 123 and the second vacuum generating unit 12
Middle generation vacuum adsorption force, therefore, because electronic equipment can be fixed by 112 vacuum suction of the first stomata and steadily, simultaneously
Dust or dust at the functional hole of electronic equipment etc. are dirty can be by 122 vacuum suction of the second stomata.
When gas generating unit 13 is air blower 13, cleaned air can be flowed into from the first gas circuit 113 and the second gas circuit 123
First stomata 112 and the second stomata 122, and high speed is sprayed from the first stomata 112 and the second stomata 122, with to electronic equipment
Functional hole is blown, and it is dirty to clean dust or dust at the functional hole of electronic equipment etc..
It is in contrast to the prior art, the application provides a kind of vacuum cleaning component 10, including list occurs for the first vacuum
First 11, second vacuum generating unit 12 and gas generating unit 13, gas generating unit 13 pass through the first gas circuit 113 and first
Vacuum generating unit 11 connects, and is connect by the second gas circuit 123 with the second vacuum generating unit 12, utilizes vacuum suction technology
Or Gas injection technology carries out cleaning treatment to the hole location of electronic equipment, can remove and be stained in electronic equipment assembly or feeding process
The dust or dust of dye, dust removing effects are good, and cleaning efficiency is high, practical.
Refering to fig. 1 and Fig. 2, Fig. 2 be the second vacuum generating unit in Fig. 1 first partial structural schematic diagram, one implement
In example, the second two-way valve 121 includes air-breathing two-way valve 121A, and the second gas circuit 123 includes suction pipe 123A, the second stomata 122
For the first sucker 122.Second vacuum generating unit 12 includes air-breathing subelement 12A, and air-breathing subelement 12A includes passing through air intake duct
The sequentially connected air-breathing two-way valve 121A of road 123A, the first vacuum generator 131 and the first sucker 122.Wherein, the first vacuum
Generator 131 is used to provide compressed air for the first sucker 122, so that the first sucker 122 has vacuum suction force.
Specifically, air-breathing two-way valve 121A can be positioned, be fixed on the inside of suction pipe 123A, and air-breathing two is led to
Valve 121A and suction pipe 123A is coaxially disposed, at this point, flowing to the air of air-breathing two-way valve 121A, is directed to suction pipe
The inner wall surface side of 123A, successfully flows through in suction pipe 123A.Air-breathing two-way valve 121A can be solenoid valve, use electromagnetism
The control damper of the direct action construction of attraction mode, therefore its construction can be made significantly to simplify.First vacuum occurs
Device 131 is used to provide compressed air for the first sucker 122, and vacuum generator is to utilize the flowing of compressed air and formed certain true
The pneumatic element of reciprocal of duty cycle, compared with vacuum pump, simple with structure, small in size, light weight, price be low, easy for installation excellent
Point.First vacuum generator 131 is tightly connected by suction pipe 123A and the first sucker 122, when compressed air flows into first
Vacuum is generated when vacuum generator 131, can generate vacuum adsorption force in suction pipe 123A and the first sucker 122, at this time
Dust or dust at the functional hole of electronic equipment etc. are dirty can be by 122 vacuum suction of the first sucker.
By the above-mentioned means, the dust or dust being infected in electronic equipment assembly or feeding process can be removed, dedusting effect
Fruit is good, and cleaning efficiency is high, practical.
Refering to fig. 1 and Fig. 3, Fig. 3 be the second vacuum generating unit in Fig. 1 the second partial structural diagram.Implement one
In example, the second two-way valve 121 includes air blowing two-way valve 121B, and the second gas circuit 123 includes gassing pipe 123B.Second vacuum occurs
Unit 12 includes: air blowing subelement 12B, including passes through the sequentially connected air blowing two-way valve 121B and first of gassing pipe 123B
Sucker 122.Wherein, gas generating unit 13 is connect with one end of gassing pipe 123B, and gas generating unit 13 is air blower 13,
For injecting gas to gassing pipe 123B, air blowing two-way valve 121B and the first sucker 122, so that the first sucker 122 is blown
Gas.
Specifically, air blowing two-way valve 121B can be positioned, be fixed on the inside of gassing pipe 123B, and air blowing two is led to
Valve 121B and gassing pipe 123B is coaxially disposed, at this point, flowing to the air of air blowing two-way valve 121B, is directed to gassing pipe
The inner wall surface side of 123B, successfully flows through in gassing pipe 123B.Air blowing two-way valve 121B can be solenoid valve, use electromagnetism
The control damper of the direct action construction of attraction mode, therefore its construction can be made significantly to simplify.Gas generating unit
13 be air blower 13, for being to inject gas, and height to gassing pipe 123B, air blowing two-way valve 121B and the first sucker 122
Speed is sprayed from the first sucker 122, to be blown to the functional hole of electronic equipment, cleans the dust at the functional hole of electronic equipment
Or dust etc. is dirty.
It is attached to more difficult absorption in functional hole in view of part is dirty, air blowing or air-breathing mould can be switched by control switch
Formula, such as: the air blower 13 for first passing through air blowing subelement 12B is blown dirty, enables after dirty loosening again by air-breathing subelement 12A
The first vacuum generator 131 adsorb it is dirty, achieve the purpose that cleaning it is dirty.
By the above-mentioned means, can remove be infected in electronic equipment assembly or feeding process it is relatively firm dirty, clearly
Clean effect is good and practical.
It is the third partial structural diagram of the second vacuum generating unit in Fig. 1 refering to Fig. 4, Fig. 4.In one embodiment,
Vacuum cleaning component 10 further comprises: the first triple valve 14, wherein the first port 141 and second end of the first triple valve 14
Mouth 142 is separately connected suction pipe 123A and gassing pipe 123B, and the third port 143 of the first triple valve 14 connects the first sucker
122, so that the first sucker 122 has vacuum suction force or blowing gas.
Specifically, the first port 141 of the first triple valve 14 connects suction pipe 123A, the connection of second port 142 is blown
Pipeline 123B, third port 143 connect the first sucker 122.Switching air blowing or vacuum suction mode by control switch, true
When suction is attached, air-flow flows into suction pipe 123A by third port 143, first port 141 from the first sucker 122, at this point, powder
Dirt or dust realize absorption dedusting with air-flow inflow suction pipe 123A.When blowing, air-flow passes through from gassing pipe 123B
Second port 142, third port 143 enter the first sucker 122, at this point, the blowing of the dirty adjoint air-flow such as dust or dust and
It loosens, realizes blowing dedusting.It, can be again in order to make the dirty no longer secondary pollution electronic equipment such as the dust loosened or dust
Vacuum suction mode is opened, is adsorbed onto suction pipe 123A for the dust loosened or dust etc. are dirty.
By the above-mentioned means, realizing the air blowing of the first sucker 122 or vacuum suction pattern switching using the first triple valve 14, no
It needs additionally to increase sucker, the space of cleaning device can be saved, be conducive to the lighting of instrument.
It is the second structural schematic diagram of the application vacuum cleaning component refering to Fig. 5, Fig. 5.In one embodiment, the first vacuum
Generating unit 11 includes: by sequentially connected first two-way valve 111 of the first gas circuit 113, the second vacuum generator 132 and
One stomata 112, wherein the first stomata 112 is the second sucker 112.Wherein, the second vacuum generator 132 is used to be the second stomata
122 provide compressed air, so that the second stomata 122 has vacuum suction force.Vacuum cleaning component 10 further comprises: the two or three
Port valve 15, wherein the 4th port 151 of the second triple valve 15 and fifth port 152 are separately connected suction pipe 123A and first
Gas circuit 113, the 6th port 153 of the second triple valve 15 connect exhaust pipe 40, exhaust pipe 40 be used for by the first sucker 122 with
The gas discharge suction pipe 123A and the first gas circuit 113 that second sucker 112 is drawn.
Specifically, the first two-way valve 111 can be positioned, be fixed on the inside of the first gas circuit 113, and can be by first liang
Port valve 111 and the first gas circuit 113 are coaxially disposed, at this point, flowing to the air of the first two-way valve 111, are directed to the first gas circuit 113
Inner wall surface side, successfully flow through in the first gas circuit 113.First two-way valve 111 can be solenoid valve, use electromagnetic attraction
The control damper of the direct action construction of mode, therefore its construction can be made significantly to simplify.Second vacuum generator 132 is used
In providing compressed air for the second sucker 112, vacuum generator is to utilize the flowing of compressed air and form certain vacuum degree
Pneumatic element has the advantages that simple structure, small in size, light weight, price are low, easy for installation compared with vacuum pump.Second
Vacuum generator 132 is tightly connected by the first gas circuit 113 and the second sucker 112, is occurred when compressed air flows into the second vacuum
Vacuum is generated when device 132, can generate vacuum adsorption force in the first gas circuit 113 and the second sucker 112, electronic equipment can at this time
To fix by 112 vacuum suction of the second sucker and steadily.
4th port 151 of the second triple valve 15 connects suction pipe 123A, and fifth port 152 connects the first gas circuit 113,
6th port 153 connects exhaust pipe 40, and in vacuum suction, dust or dust of suction pipe 123A etc. are dirty to be passed through
4th port 151, the 6th port 153 enter exhaust pipe 40, and dust or dust of the first gas circuit 113 etc. are dirty can be by the
When five ports 152, the 6th port 153 enter exhaust pipe 40, at this point, the dust of suction pipe 123A and the first gas circuit 113 or
Dust etc. is dirty while being discharged to exhaust pipe 40.
By the above-mentioned means, when carrying out electronic equipment cleaning, do not need that manpower is fixed or other fixtures are fixed, avoids
During cleaning, electronic equipment carries dust again.Meanwhile the dust or ash of suction pipe 123A and the first gas circuit 113
Dirt etc. is dirty while being discharged to exhaust pipe 40, does not need additionally to increase exhaust pipe 40, can save the space of cleaning device,
Be conducive to the lighting of instrument.
It is the third structural schematic diagram of the application vacuum cleaning component refering to Fig. 6, Fig. 6.In one embodiment, vacuum cleaning
Component 10 further comprises: third triple valve 16, wherein the 7th port 161 of third triple valve 16 and the 8th port 162 difference
Exhaust pipe 40 and gassing pipe 123B are connected, the 9th port 163 of third triple valve 16 connects air blower 13.
Specifically, the 7th port 161 of third triple valve 16 connects exhaust pipe 40, the 8th port 162 connects gas blow pipe
Road 123B, the 9th port 163 connects air blower 13, and in blow mode, air-flow is from air blower 13 by the 9th port 163, the
Eight ports 162 enter gassing pipe 123B, at this point, the blowing of dirty adjoint the air-flow such as dust or dust and loosen, realize be blown
Dedusting.In order to make the dirty no longer secondary pollution electronic equipment such as the dust loosened or dust, vacuum suction can be again turned on
Mode is adsorbed onto suction pipe 123A for the dust loosened or dust etc. are dirty.In exhaust, dust or dust etc. are dirty certainly
Exhaust pipe 40 is discharged to the outside of vacuum cleaning component 10 by the 7th port 161, the 9th port 163.
By the above-mentioned means, not needing additionally to increase exhaust pipe 40, the space of cleaning device can be saved, instrument is conducive to
The lighting of device.
It is the 4th structural schematic diagram of the application vacuum cleaning component refering to Fig. 7, Fig. 7.In one embodiment, vacuum cleaning
Component 10 further comprises: pressure regulator valve 17, is set between air blower 13 and air blowing two-way valve 121B, and one end of pressure regulator valve 17 is logical
It crosses gassing pipe 123B to connect with air blowing two-way valve 121B, the other end is connect by gassing pipe 123B with the 8th port 162.Gas
Table 27 is pressed, is set on gassing pipe 123B, for detecting the blowing gas pressure on gassing pipe 123B.
Specifically, air gauge 27 is used to detect the blowing gas pressure on gassing pipe 123B, it is equipped with above pressure regulator valve 17
Adjusting pressuring knob 171, producers can be passed through gassing pipe by the control of adjusting pressuring knob 171 according to the registration of air gauge 27
The air-flow size of the blowing gas of 123B.
By the above-mentioned means, for blowing always compared with the existing technology the energy can be saved, and blowing effect is more preferable.
It is the 4th partial structural diagram of the second vacuum generating unit in Fig. 1 refering to Fig. 8, Fig. 8.In one embodiment,
Vacuum cleaning component 10 further comprises: first filter 18, be set to the first sucker 122 and the first vacuum generator 131 it
Between, one end of first filter 18 is connect by suction pipe 123A with first port 141, and the other end passes through suction pipe 123A
It is connect with the first vacuum generator 131.
Specifically, dust or dust etc. is dirty through the filtered cleaned air of first filter 18, then pass through air intake duct
Road 123A, the first vacuum generator 131, air-breathing two-way valve 121A are discharged into atmosphere, to protect environment, are reduced pollution and are reduced people
Body inhalable particles.
It is the 5th partial structural diagram of the second vacuum generating unit in Fig. 1 refering to Fig. 9, Fig. 9.In one embodiment,
Vacuum cleaning component 10 further comprises: the second filter 19 is set between the first sucker 122 and air blowing two-way valve 121B,
One end of second filter 19 connect by gassing pipe 123B with second port 142, the other end pass through gassing pipe 123B and
The 121B connection of air blowing two-way valve.
Specifically, first filter 18 by air dust or the dirty filtering such as dust after, obtain cleaned air, then
The first sucker 122 is sent to by air blowing two-way valve 121B, the second filter 19.Air is filtered by the second filter 19 as a result,
Completely, to be supplied to blowing subelement cleaned air, secondary pollution electronic equipment is avoided.
In one embodiment, the first two-way valve 111, the second two-way valve 121 are solenoid valve.
In one embodiment, the first triple valve 14, the second triple valve 15 and third triple valve 16 are solenoid valve.
The application provides the cleaning device of a kind of electronic equipment, and 0-11, Figure 10 are the clear of the application electronic equipment refering to fig. 1
The overlooking structure diagram of clean device, Figure 11 are the side structure schematic views of the cleaning device of the application electronic equipment.The electronics
The cleaning device 20 of equipment includes: support base 21 and vacuum cleaning component 23, and an accommodating space is formed in support base 21
22, electronic equipment 30 is placed in accommodating space 22, and first through hole 211 and the second through-hole 212 are offered in support base 21.Its
In, the first sucker 231 of vacuum cleaning component 23 is placed in first through hole 211, and the preset function of corresponding electronic equipment 30
Hole 31 is arranged, and the second sucker 232 of vacuum cleaning component 23 is placed in the second through-hole 212, and corresponding electronic equipment 30 is aobvious
Display screen or shell setting.
Specifically, electronic equipment 30, also referred to as mobile communication terminal, refer to that the computer that can be used on the move is set
It is standby, it is a kind of equipment for providing a user voice and/or data connectivity, for example, the hand-held with unlimited linkage function is set
Standby, mobile unit etc..Common electronic equipment 30 includes: smart phone, laptop, mobile internet device, wearable
Equipment, such as Intelligent bracelet and smartwatch etc..
Support base 21 can be made of materials such as glass, ceramics, metal and its compounds.It is formed in support base 21
The chamfered shape of one accommodating space 22, the accommodating space 22 is consistent with the chamfered shape of electronic equipment 30.Carrying out electronic equipment
When 30 cleaning, electronic equipment 30 is placed in accommodating space 22 first, the preset function hole 31 of electronic equipment 30 corresponding the
One through-hole 211 is placed, so that the first sucker 231 carries out vacuum suction to the preset function hole 31 and blowing gas cleans；Electronics
Corresponding second through-hole 212 of the display screen or shell of equipment 30 is placed, so that the second sucker 232 carries out vacuum to electronic equipment 30
Absorption, with steadily stationary electronic devices 30.
It should be noted that the vacuum cleaning component 23 of the present embodiment is the vacuum cleaning component 10 in above-described embodiment,
The detailed description of related content refers to above-described embodiment part, no longer superfluous herein to chat.
It is in contrast to the prior art, the present embodiment provides the cleaning device 20 of a kind of electronic equipment, including vacuum are clear
First sucker 231 of clean component 23, vacuum cleaning component 23 can be using vacuum suction technology or Gas injection technology to electronics
The hole location of equipment 30 carries out cleaning treatment, can remove the dust or dust being infected in the assembly of electronic equipment 30 or feeding process,
Dust removing effects are good, and cleaning efficiency is high, practical.
In one embodiment, cleaning device 20 further comprises: proximity sensor 25 is set in support base 21, is used
Whether it is placed in accommodating space 22 in detection electronic equipment 30.Processor 26 connects proximity sensor 25 and vacuum cleaning group
Part 23 for receiving the testing result of proximity sensor 25, and controls the work shape of vacuum cleaning component 23 according to testing result
State.
Specifically, whether proximity sensor 25 is placed in accommodating space 22 mainly for detection of electronic equipment 30, specifically may be used
It is realized by modes such as light blocking, pressure changes.Proximity sensor 25 is connect with 26 signal of processor, when proximity sensor 25
After detecting that electronic equipment 30 is placed in accommodating space 22, testing result can be sent to processor 26, so that processor 26 is right
The working condition of vacuum cleaning component 23 is controlled, to carry out dirty cleaning treatment operation.
When the detection electronic equipment 30 of proximity sensor 25 in support base 21 is placed in accommodating space 22, processor 26
It can receive the testing result of proximity sensor 25, and the vacuum for opening the first vacuum generating unit according to testing result occurs
Device, and then stationary electronic devices 30, while starting air-breathing subelement, carry out vacuum suction cleaning.
Thus, it is possible to realize automated cleaning electronic equipment 30, it is not required to manual operation, conveniently and efficiently realizes and electronics is produced
Dirty cleaning treatment at product functional hole 31 improves operating efficiency and cleaning quality, guarantees efficient production efficiency.
In one embodiment, cleaning device 20 further comprises: shell 24, is provided with support base 21 on shell 24.It opens
241 are closed, is set on shell 24, switch 241 is electrically connected vacuum cleaning component 23, proximity sensor 25 and processor 26.
Specifically, producers can manually opened switch 241 to control the start and stop of cleaning device 20.Air gauge 27 can be with
For pointer air gauge 27, in order to intuitively show the stream pressure in current air blowing subelement to producers, air gauge 27 can
On the shell 24.In this way, reducing the probability of the damage of air gauge 27.
Wherein, the preset function hole 31 of electronic equipment 30 can be fingerprint hole.
The foregoing is merely presently filed embodiments, are not intended to limit the scope of the patents of the application, all to utilize this
Equivalent structure or equivalent flow shift made by application specification and accompanying drawing content, it is relevant to be applied directly or indirectly in other
Technical field similarly includes in the scope of patent protection of the application.
Claims (15)
1. a kind of vacuum cleaning component characterized by comprising
First vacuum generating unit, comprising: the first two-way valve, the first stomata and the first gas circuit；
Second vacuum generating unit is disposed adjacent with first vacuum generating unit, and second vacuum generating unit includes:
Second two-way valve, the second stomata and the second gas circuit；
Gas generating unit, the gas generating unit are connect by first gas circuit with first vacuum generating unit,
And it is connect by second gas circuit with second vacuum generating unit.
2. vacuum cleaning component according to claim 1, which is characterized in that second two-way valve includes that air-breathing two is logical
Valve, second gas circuit includes suction pipe, and second stomata is the first sucker；
Second vacuum generating unit includes: air-breathing subelement, including passes through the sequentially connected suction of the suction pipe
Gas two-way valve, the first vacuum generator and first sucker；
Wherein, first vacuum generator is used to provide compressed air for first sucker, so that first sucker has
There is vacuum suction force.
3. vacuum cleaning component according to claim 2, which is characterized in that second two-way valve includes that air blowing two is logical
Valve, second gas circuit includes gassing pipe；
Second vacuum generating unit includes: air blowing subelement, including passes through the sequentially connected air blowing two of the gassing pipe
Port valve and first sucker；
Wherein, the gas generating unit is connect with one end of the gassing pipe, and the gas generating unit is air blower, is used
In injecting gas to the gassing pipe, the air blowing two-way valve and first sucker, so that first sucker is blown
Gas.
4. vacuum cleaning component according to claim 3, which is characterized in that the vacuum cleaning component further comprises:
First triple valve, wherein the first port and second port of first triple valve be separately connected the suction pipe with
The third port of the gassing pipe, first triple valve connects first sucker, so that first sucker has very
Suction power taking or blowing gas.
5. vacuum cleaning component according to claim 4, which is characterized in that first vacuum generating unit includes: logical
Cross sequentially connected first two-way valve of first gas circuit, the second vacuum generator and first stomata, wherein institute
Stating the first stomata is the second sucker；
Wherein, second vacuum generator is used to provide compressed air for second stomata, so that second stomata has
There is vacuum suction force；
The vacuum cleaning component further comprises:
Second triple valve, wherein the 4th port of second triple valve and fifth port be separately connected the suction pipe with
First gas circuit, the 6th port of second triple valve connect exhaust pipe, and the exhaust pipe is used for described first
The suction pipe and first gas circuit is discharged in the gas that sucker and second sucker are drawn.
6. vacuum cleaning component according to claim 5, which is characterized in that the vacuum cleaning component further comprises:
Third triple valve, wherein the 7th port and the 8th port of the third triple valve be separately connected the exhaust pipe with
9th port of the gassing pipe, the third triple valve connects the air blower.
7. vacuum cleaning component according to claim 6, which is characterized in that the vacuum cleaning component further comprises:
Pressure regulator valve is set between the air blower and the air blowing two-way valve, and one end of the pressure regulator valve passes through the air blowing
Pipeline is connect with the air blowing two-way valve, and the other end is connect by the gassing pipe with the 8th port；
Air gauge is set on the gassing pipe, for detecting the blowing gas pressure on the gassing pipe.
8. vacuum cleaning component according to claim 4, which is characterized in that the vacuum cleaning component further comprises:
First filter is set between first sucker and first vacuum generator, the one of the first filter
End is connect by the suction pipe with the first port, and the other end is occurred by the suction pipe and first vacuum
Device connection.
9. vacuum cleaning component according to claim 4, which is characterized in that the vacuum cleaning component further comprises:
Second filter is set between first sucker and the air blowing two-way valve, and one end of second filter is logical
It crosses the gassing pipe to connect with the second port, the other end is connect by the gassing pipe with the air blowing two-way valve.
10. vacuum cleaning component according to claim 1, which is characterized in that
First two-way valve, second two-way valve are solenoid valve.
11. vacuum cleaning component according to claim 6, which is characterized in that
First triple valve, second triple valve and the third triple valve are solenoid valve.
12. the cleaning device of a kind of electronic equipment characterized by comprising
Support base is formed with an accommodating space in the support base, and the electronic equipment is placed in the accommodating space,
First through hole and the second through-hole are offered in the support base；
Such as the described in any item vacuum cleaning components of claim 1-11, wherein the first sucker of the vacuum cleaning component holds
It is placed in the first through hole, and the preset function hole setting of the corresponding electronic equipment, the second of the vacuum cleaning component
Sucker is placed in second through-hole, and the display screen of the corresponding electronic equipment or shell setting.
13. cleaning device according to claim 12, which is characterized in that the cleaning device further comprises:
Proximity sensor is set in the support base, for detecting whether the electronic equipment is placed in the receiving sky
Between in；
Processor connects the proximity sensor and the vacuum cleaning component, for receiving the detection of the proximity sensor
As a result, and controlling the working condition of the vacuum cleaning component according to the testing result.
14. cleaning device according to claim 13, which is characterized in that the cleaning device further comprises:
Shell is provided with the support base on the shell；
Switch, is set on the shell, the switch electric connection vacuum cleaning component, the proximity sensor and
The processor.
15. cleaning device according to claim 12, which is characterized in that
The preset function hole is fingerprint hole.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822010369.7U CN209406979U (en) | 2018-11-30 | 2018-11-30 | A kind of cleaning device of vacuum cleaning component and electronic equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822010369.7U CN209406979U (en) | 2018-11-30 | 2018-11-30 | A kind of cleaning device of vacuum cleaning component and electronic equipment |
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| Publication Number | Publication Date |
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| CN209406979U true CN209406979U (en) | 2019-09-20 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822010369.7U Active CN209406979U (en) | 2018-11-30 | 2018-11-30 | A kind of cleaning device of vacuum cleaning component and electronic equipment |
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| Country | Link |
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| CN (1) | CN209406979U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110823108A (en) * | 2019-11-08 | 2020-02-21 | 中国石油天然气集团有限公司 | Device for detecting wall thickness and wall thickness difference of shaped charge liner |
| CN110883015A (en) * | 2019-12-09 | 2020-03-17 | Oppo（重庆）智能科技有限公司 | Dirty adsorption equipment |
| CN113115637A (en) * | 2019-12-31 | 2021-07-16 | 季华实验室 | Intelligent negative pressure air suction collecting device |
-
2018
- 2018-11-30 CN CN201822010369.7U patent/CN209406979U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110823108A (en) * | 2019-11-08 | 2020-02-21 | 中国石油天然气集团有限公司 | Device for detecting wall thickness and wall thickness difference of shaped charge liner |
| CN110883015A (en) * | 2019-12-09 | 2020-03-17 | Oppo（重庆）智能科技有限公司 | Dirty adsorption equipment |
| CN113115637A (en) * | 2019-12-31 | 2021-07-16 | 季华实验室 | Intelligent negative pressure air suction collecting device |
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