CN109998454A - A kind of scope drying device of featuring integration of synchronous and asynchronous - Google Patents
A kind of scope drying device of featuring integration of synchronous and asynchronous Download PDFInfo
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- CN109998454A CN109998454A CN201910390596.3A CN201910390596A CN109998454A CN 109998454 A CN109998454 A CN 109998454A CN 201910390596 A CN201910390596 A CN 201910390596A CN 109998454 A CN109998454 A CN 109998454A
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
- A61B1/00—Instruments for performing medical examinations of the interior of cavities or tubes of the body by visual or photographical inspection, e.g. endoscopes; Illuminating arrangements therefor
- A61B1/00131—Accessories for endoscopes
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F26—DRYING
- F26B—DRYING SOLID MATERIALS OR OBJECTS BY REMOVING LIQUID THEREFROM
- F26B21/00—Arrangements or duct systems, e.g. in combination with pallet boxes, for supplying and controlling air or gases for drying solid materials or objects
- F26B21/004—Nozzle assemblies; Air knives; Air distributors; Blow boxes
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F26—DRYING
- F26B—DRYING SOLID MATERIALS OR OBJECTS BY REMOVING LIQUID THEREFROM
- F26B21/00—Arrangements or duct systems, e.g. in combination with pallet boxes, for supplying and controlling air or gases for drying solid materials or objects
- F26B21/06—Controlling, e.g. regulating, parameters of gas supply
- F26B21/12—Velocity of flow; Quantity of flow, e.g. by varying fan speed, by modifying cross flow area
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F26—DRYING
- F26B—DRYING SOLID MATERIALS OR OBJECTS BY REMOVING LIQUID THEREFROM
- F26B3/00—Drying solid materials or objects by processes involving the application of heat
- F26B3/02—Drying solid materials or objects by processes involving the application of heat by convection, i.e. heat being conveyed from a heat source to the materials or objects to be dried by a gas or vapour, e.g. air
- F26B3/04—Drying solid materials or objects by processes involving the application of heat by convection, i.e. heat being conveyed from a heat source to the materials or objects to be dried by a gas or vapour, e.g. air the gas or vapour circulating over or surrounding the materials or objects to be dried
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- General Engineering & Computer Science (AREA)
- Surgery (AREA)
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- Nuclear Medicine, Radiotherapy & Molecular Imaging (AREA)
- Optics & Photonics (AREA)
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- Radiology & Medical Imaging (AREA)
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- Apparatus For Disinfection Or Sterilisation (AREA)
Abstract
A kind of scope drying device of featuring integration of synchronous and asynchronous, belongs to sterilization and drying equipment technical field.Including outer housing, air inlet pipeline and at least one outlet pipe are respectively equipped on the outer housing, the air inlet pipeline input end is connected with air pump module, outlet end shunts arrangement and is connected respectively at least one electric control valve module inlet end that outer enclosure interior is arranged in, the electric control valve module outlet end is correspondingly connected with outlet pipe input end respectively, the outlet pipe outlet end is connected separately with Blow off module, and the voltage regulating module for adjusting outlet pressure and flow velocity is equipped between the Blow off module and outlet pipe.Using multiple drying blow heads being arranged in parallel, by being pre-adjusted drying time, drying is synchronized to a plurality of scope to realize, it can also be individually dry to certain scope, and scope can be increased at any time and carry out corresponding drying process, flexibility is high, greatly reduces the working strength of cleaning and sterilizing person.
Description
Technical field
The present invention relates to a kind of scope drying devices of featuring integration of synchronous and asynchronous, belong to sterilization and drying equipment technical field.
Background technique
Currently, endoscope cleaning disinfection has artificial disinfection or automatic endoscope cleaning-disinfection machine disinfection two ways, sanitized
Afterwards, mirror body is placed on scope drying table and carries out sufficient scope pipeline drying, this is that endoscope cleaning Sanitation worker daily must can not
Few work.In the prior art, there are mainly two types of the drying modes for scope on drying table: first is that cleaning and sterilizing person's height
Compressed gas gun is manually blown about 1 minute, since the pressure that high pressure air rifle generates is larger, is easy to cause to damage to scope, shortening it makes
With the service life, while the working strength of sterilizing endoscope person can not be reduced；Second is that using scope pipeline hair dryer connection scope air blowing 20
~30 minutes, then there is a problem of that the time is long, drying efficiency is low.
If thinking to dry up a plurality of scope simultaneously, working strength is reduced, generally using scope pipeline hair dryer connection isocon point
The mode of stream, but the scope drying efficiency under this mode is lower, and is easy to appear dry incomplete problem；Increase can also be used
The mode of scope pipeline hair dryer quantity, but the usable floor area of drying table is limited, while placing multiple scope pipeline hair dryers
It is occupied to may cause drying table position, can not effectively use, and scope pipeline hair dryer is expensive, also increases not
Necessary acquisition cost.
For above-mentioned prior art situation, present invention applicant has done a large amount of beneficial explorations repeatedly, and final products take
Effective achievement was obtained, and forms technical solution described below.
Summary of the invention
In view of the above-mentioned deficiencies, the present invention provides a kind of scope drying device of featuring integration of synchronous and asynchronous, structure is simple,
High degree of automation, using multiple drying blow heads being arranged in parallel, by being pre-adjusted drying time and gas flow rate, with
Realization synchronizes drying to a plurality of scope, can also be individually dry to certain scope, and can increase at any time scope and go forward side by side
The corresponding drying process of row, flexibility is high, greatly reduces the working strength of cleaning and sterilizing person, improves scope drying efficiency.
The present invention is achieved by the following technical solutions: a kind of scope drying device of featuring integration of synchronous and asynchronous, including
Outer housing is respectively equipped with air inlet pipeline and at least one outlet pipe, the air inlet pipeline input end on the outer housing
Be connected with air pump module, outlet end shunt arrangement and respectively be arranged at least one electric control valve module of outer enclosure interior into
Mouth end is connected, and the electric control valve module outlet end is correspondingly connected with outlet pipe input end respectively, the escape pipe
Way outlet end is connected separately with Blow off module, between the Blow off module and outlet pipe be equipped with for adjust outlet pressure and
The voltage regulating module of flow velocity.
Single chip control module and relay module are equipped with inside the outer housing, and output end is electrically connected with positive-negative-positive
Triode input terminal, the PNP type triode output end are electrically connected with relay module input terminal, the single-chip microcontroller control
Module input processed is electrically connected with the electric control valve switch module and time adjustment button being arranged on outer housing respectively, described
Relay module output end be mutually electrically connected with the time showing module on air pump module, electric control valve module and outer housing respectively
It connects, data memory module is also electrically connected in the single chip control module and the power supply mould of outer hull outside is set
Block.
Further, the power supply module includes power supply and power switch, and the power switch is arranged on power supply,
The power supply is electrically connected with single chip control module, and the time adjustment module includes raising button the time and under the time
Button is adjusted, the time up-regulation button and time down button are electrically connected with single chip control module input terminal respectively, institute
The electric control valve switch module stated includes electric control valve switch one, electric control valve switch two, electric control valve switch three and automatically controlled gas
Threshold switch four, the electric control valve switch one, electric control valve switch two, electric control valve switch three and four points of electric control valve switch
It is not electrically connected with single chip control module input terminal.
Further, the voltage regulating module uses flow control valve module, and the flow control valve module includes stream
Adjustable valve one, flow control valve two, flow control valve three and flow control valve four, the electric control valve module includes automatically controlled
Air valve one, electric control valve two, electric control valve three and electric control valve four, the electric control valve one, electric control valve two, electric control valve
Three and electric control valve four blow head one, blow head two, blow head in Blow off module are correspondingly connected with by outlet pipe respectively
Three and blow head four, between the blow head one, blow head two, blow head three and blow head four and four outlet pipe successively
It is correspondingly provided with flow control valve one, flow control valve two, flow control valve three and flow control valve four.
Further, the time showing module includes time display screen one, time display screen two, time display screen three
With time display screen four, the relay module includes first time relay, second time relay, third time relay
Device and the 4th time relay, the first time relay, second time relay, the third time relay and
Four time relay input terminals are electrically connected with single chip control module output end respectively, and the first of the first time relay
Normally opened contact switch is arranged in the power supply line of air pump module, and the second normally opened contact switch of first time relay is set respectively
It sets in the power supply line of electric control valve one and time display screen one；First normally opened contact switch of second time relay
It is arranged in the power supply line of air pump module, the second normally opened contact switch of second time relay is separately positioned on electric control valve
Two and time display screen two power supply line in；First normally opened contact switch of the third time relay is arranged in air pump mould
In the power supply line of block, the second normally opened contact switch of the third time relay is separately positioned on electric control valve three and time showing
In the power supply line of screen three；The power supply line of air pump module is arranged in first normally opened contact switch of the 4th time relay
In, the second normally opened contact switch of the 4th time relay is separately positioned on the supply lines of electric control valve four and time display screen four
Lu Zhong, and first time relay, second time relay, the third time relay and the 4th time relay first often
Contact switch is opened to be arranged in parallel in the power supply line of air pump module.
Further, the voltage regulating module uses electric current adjustable valve module, the electric current adjustable valve module packet
Include electric current adjustable valve one, electric current adjustable valve two, electric current adjustable valve three and electric current adjustable valve four, the magnitude of current tune
Section valve one, electric current adjustable valve two, electric current adjustable valve three and electric current adjustable valve four, which are corresponding in turn to, to be arranged in four air blowing moulds
Between block and four outlet pipes, further respectively have on outlet pipe described in four for detecting outlet pipe overpressure
Pressure gauge module.
Further, the pressure gauge module is electrically connected with single chip control module input terminal respectively, it is described after
Electrical appliance module further includes the first electromagnetic relay, the second electromagnetic relay, third electromagnetic relay and the 4th electromagnetic relay, institute
The normally opened contact switch for stating the first electromagnetic relay is arranged in the power supply line of electric current adjustable valve one, second electromagnetism after
The normally opened contact switch of electric appliance is arranged in the power supply line of electric current adjustable valve two, the normally opened touching of the third electromagnetic relay
Point switch is arranged in the power supply line of electric current adjustable valve three, and the normally opened contact switch setting of the 4th electromagnetic relay exists
In the power supply line of electric current adjustable valve four.
Further, the shell outer body does not correspond to Blow off module equipped with protection module, to reduce air blowing mould
Block dust fall.
Further, the protection module include base body, driving turning motor, screw rod, sliding block, sliding rail, locating clip,
Holding channel, protective cover and tube body channel, the base body are respectively welded to be fixed on outer housing and correspond under Blow off module
Side, base body inside are fixed with the driving turning motor towards the other side close to outer housing side, and described screw rod one end is fixed
In driving turning motor output end, on base body, the sliding block is threadedly engaged on screw rod other end axis, and top is solid
Surely there is the locating clip for installing Blow off module, described protective cover one end is fixed above base body, and is equipped with and is used for
The tube body channel that outlet pipe passes through, correspond on the base body protective cover other end be equipped with it is logical for Blow off module output end
The holding channel crossed.
The relay module includes the 5th electromagnetic relay, the 6th electromagnetic relay, the 7th electromagnetic relay and the 8th
Electromagnetic relay, in the 5th electromagnetic relay, the 6th electromagnetic relay, the 7th electromagnetic relay and the 8th electromagnetic relay
Normally opened contact switch be separately positioned on driving turning motor power supply line in.
Further, be additionally provided with the sliding rail being slidingly fitted with sliding block inside the base body, to promoted sliding block with
Sliding stability between sliding rail, threaded hole is equipped on the base body at the top of driving turning motor one end, and described is anti-
Protecting cover is fixedly mounted on threaded hole by the bolt of outside setting.
Beneficial effects of the present invention:
1. the drying device structure is simple, high degree of automation passes through using multiple drying blow heads being arranged in parallel
It is pre-adjusted drying time and gas flow rate, drying is synchronized to a plurality of scope to realize, it can also be individually dry to certain scope
It is dry, and scope can be increased at any time and carry out corresponding drying process, flexibility is high, greatly reduces cleaning and sterilizing person's
Working strength improves scope drying efficiency；
2. work can be dried in any Blow off module at any time, it is independent of each other, effectively increases the spirit of work
Activity and working efficiency；
3. according to scope situation can arbitrarily be adjusted the working time, is automatically powered off after working time arrival, during which sterilize personnel
It can perhaps rest in free traffic control, save manpower and material resources；It can guarantee the pressure output of air blowing head end by adjustment module
And flow output is stablized, uniformly；
4. protection module can effectively reduce the indoor dust fall in Blow off module, while side has air permeability；Blow off module
It can stretch out or recycle, high degree of automation out of protection module automatically.
Detailed description of the invention
Fig. 1 is the overall structure diagram of the embodiment of the present invention 1；
Fig. 2 is one of the control principle schematic diagram of the embodiment of the present invention 1；
Fig. 3 is the two of the control principle schematic diagram of the embodiment of the present invention 1；
Fig. 4 is the control principle schematic diagram of relay module in the embodiment of the present invention 1；
Fig. 5 is the control principle schematic diagram of the embodiment of the present invention 2；
Fig. 6 is the control principle schematic diagram of relay module in the embodiment of the present invention 2；
Fig. 7 is the structural schematic diagram of the embodiment of the present invention 3；
Fig. 8 is the inside structure schematic diagram of protection module in the embodiment of the present invention 3.
In figure, outer housing 1, air pump module 2, air inlet pipeline 21, outlet pipe 22, Blow off module 23, pressure gauge module 24,
Power supply module 3, power supply 31, power switch 32, single chip control module 4, data memory module 41, relay module 5, time are aobvious
Show module 51, electric current adjustable valve module 52, electric control valve module 6, electric control valve switch module 61, flow control valve module 7,
Time adjustment module 8, time up-regulation button 81, time down button 82, protection module 9, base body 91, threaded hole 911, driving
Turning motor 92, screw rod 93, sliding block 94, sliding rail 95, locating clip 96, holding channel 97, protective cover 98, tube body channel 99.
Specific embodiment
In order to better understand, embodiments of the present invention are explained in detail with reference to the accompanying drawing.
Embodiment 1
It is the explanation to embodiment 1 below.
As shown in Figures 1 to 4, the scope drying device of a kind of featuring integration of synchronous and asynchronous, including outer housing 1, air pump module 2,
Air inlet pipeline 21, outlet pipe 22, Blow off module 23, power supply module 3, single chip control module 4, data memory module 41, after
Electrical appliance module 5, time showing module 51, electric control valve module 6, electric control valve switch module 61, flow control valve module 7, when
Between adjustment module 8, be respectively equipped with an air inlet pipeline 21 and four outlet pipes 22, the air inlet on the outer housing 1
21 input end of pipeline is connected with the air pump module 2 for gas supply, and outlet end shunts arrangement and respectively with setting inside outer housing 1
Four 6 input ends of electric control valve module be connected, 6 outlet end of electric control valve module described in four respectively with four escape pipes
22 input end of road is correspondingly connected with, and 22 outlet end of outlet pipe is connected separately with a Blow off module 23, the air blowing
The flow control valve module 7 for adjusting outlet pressure and flow velocity is equipped between module 23 and outlet pipe 22.
Single chip control module 4 and relay module 5 are equipped with inside the outer housing 1, the single-chip microcontroller controls mould
Block 4 uses AT80C51 model, and output end is electrically connected with PNP type triode input terminal, the PNP type triode output end
It is electrically connected with 5 input terminal of relay module, 4 input terminal of single chip control module is respectively with setting on outer housing 1
Electric control valve switch module 61 and time adjustment button 8 be electrically connected, 5 output end of relay module respectively with air pump
Time showing module 51 on module 2, electric control valve module 6 and outer housing 1 is electrically connected, the single chip control module
The power supply module 3 for being also connected with data memory module 41 on 4 and being arranged in outside outer housing 1.
The power supply module 3 includes power supply 31 and power switch 32, and the power switch 32 is arranged on power supply 31,
The power supply 31 is electrically connected with single chip control module 4, and the time adjustment module 8 includes the time raising 81 He of button
Time down button 82, the time up-regulation button 81 and time down button 82 are inputted with single chip control module 4 respectively
End is electrically connected, and the electric control valve switch module 61 includes electric control valve switch one, electric control valve switch two, electric control valve
Switch three and electric control valve switch four, the electric control valve switch one, electric control valve switch two, electric control valve switch three and electricity
Air control valve switch four is electrically connected with 4 input terminal of single chip control module respectively, and the electric control valve module 6 includes automatically controlled gas
Valve one, electric control valve two, electric control valve three and electric control valve four, the flow control valve module 7 include flow control valve one,
Flow control valve two, flow control valve three and flow control valve four, the electric control valve one, electric control valve two, electric control valve
Three and electric control valve four be correspondingly connected in Blow off module 23 by outlet pipe 22 respectively blow head one, blow head two, blow
Gas head three and blow head four, the blow head one, blow head two, blow head three and blow head four and four outlet pipe 22 it
Between be corresponding in turn to equipped with flow control valve one, flow control valve two, flow control valve three and flow control valve four.
The time showing module 51 includes time display screen one, time display screen two, time display screen three and time
Display screen four, the relay module 5 include first time relay, second time relay, the third time relay with
And the 4th time relay, when the first time relay, second time relay, the third time relay and the 4th
Between relay input terminal be electrically connected respectively with 4 output end of single chip control module, the first time relay first often
It opens contact switch to be arranged in the power supply line of air pump module 2, the second normally opened contact switch of first time relay is set respectively
It sets in the power supply line of electric control valve one and time display screen one；First normally opened contact switch of second time relay
It is arranged in the power supply line of air pump module 2, the second normally opened contact switch of second time relay is separately positioned on automatically controlled gas
In the power supply line of valve two and time display screen two；First normally opened contact switch of the third time relay is arranged in air pump
In the power supply line of module 2, the second normally opened contact switch of the third time relay is separately positioned on electric control valve three and time
In the power supply line of display screen three；The confession of air pump module 2 is arranged in first normally opened contact switch of the 4th time relay
In electric line, the second normally opened contact switch of the 4th time relay is separately positioned on electric control valve four and time display screen four
In power supply line, and first time relay, second time relay, the third time relay and the 4th time relay
First normally opened contact switch is arranged in parallel in the power supply line of air pump module 2.
Embodiment 2
It is the explanation to embodiment 2 below.
In example 2, for structure in the same manner as in Example 1, identical symbol is given, omits identical explanation,
Embodiment 2 is made that improvement on the basis of embodiment 1, as shown in FIG. 5 and 6, by the flow control valve module 7 using electricity
Flow control valve module 52, the electric current adjustable valve module 52 include electric current adjustable valve one, electric current adjustable valve two, electricity
Flow control valve three and electric current adjustable valve four, the electric current adjustable valve one, electric current adjustable valve two, electric current adjustable valve
Three and electric current adjustable valve four be corresponding in turn to be arranged between four Blow off module 23 and four outlet pipes 22, described in four
The pressure gauge module 24 for detecting 22 overpressure of outlet pipe, the pressure gauge mould are further respectively had on outlet pipe 22
Block 24 is electrically connected with 4 input terminal of single chip control module respectively, and the relay module 5 further includes the first electromagnetism relay
Device, the second electromagnetic relay, third electromagnetic relay and the 4th electromagnetic relay, the normally opened contact of first electromagnetic relay
Switch is arranged in the power supply line of electric current adjustable valve one, and the normally opened contact switch of second electromagnetic relay is arranged in electricity
In the power supply line of flow control valve two, the normally opened contact switch of the third electromagnetic relay is arranged in electric current adjustable valve three
Power supply line in, the power supply line of electric current adjustable valve four is arranged in the normally opened contact switch of the 4th electromagnetic relay
In.
Embodiment 3
It is the explanation to embodiment 3 below.
In embodiment 3, for structure identical in Examples 1 and 2, give identical symbol, omit identical theory
Bright, embodiment 3 is made that improvement on the basis of embodiment 1, as shown in Fig. 7 to 8, respectively corresponds outside the outer housing 1
Blow off module 23 is equipped with a protection module 9, and the protection module 9 includes base body 91, driving turning motor 92, screw rod
93, sliding block 94, sliding rail 95, locating clip 96, holding channel 97, protective cover 98 and tube body channel 99, the base body 91 divide
It is not weldingly fixed on outer housing 1 and corresponds to 23 lower section of Blow off module, 91 inside of base body is fixed with direction close to 1 side of outer housing
Driving 92 output end of turning motor, other end axis dress are fixed in the driving turning motor 92 of the other side, described 93 one end of screw rod
On base body 91, the sliding block 94 is threadedly engaged on screw rod 93, and top is fixed with for installing Blow off module 23
Locating clip 96 is additionally provided with the sliding rail 95 being slidingly fitted with sliding block 94 inside the base body 91, to promoted sliding block 94 with
Sliding stability between sliding rail 95.
The base body 91 is equipped with threaded hole 911, the protective cover 98 at the top of driving 92 one end of turning motor
It is fixedly mounted on threaded hole 911 by the bolt that one end is arranged, and is equipped with above corresponding bolt and passes through for outlet pipe 22
Tube body channel 99,98 other end of protective cover corresponded on the base body 91 and is equipped with pass through for 23 output end of Blow off module
Holding channel 97.
The relay module 5 further include the 5th electromagnetic relay, the 6th electromagnetic relay, the 7th electromagnetic relay and
8th electromagnetic relay, the 5th electromagnetic relay, the 6th electromagnetic relay, the 7th electromagnetic relay and the 8th electromagnetism after
Normally opened contact switch in electric appliance is separately positioned in the power supply line of driving turning motor 92.
The drying device use process is as follows:
Firstly, power supply module 3 is connect electricity, and button 81 and time downward are raised by the time in time adjustment module 8
Button 82 adjusts the dry working time, and dry scope will be needed to be respectively connected in Blow off module 23, adjust corresponding discharge tune
Valve module 7 is saved to predetermined pressure, and then presses corresponding electric control valve switch module 61, single chip control module 4 receives starting
After signal, controls the time relay module in relay module 5 and is successively powered the corresponding time showing module 51 of opening, automatically controlled
Air valve module 6 and air pump module 2, wherein time showing module 51 carries out countdown reading, phase from the drying time of setting
Between, new scope can be connected in idle Blow off module 23, when the air blowing of corresponding Blow off module 23 reaches setting drying
Between after, corresponding time showing module 51 and electric control valve module 6 automatically power off；Reach setting to the air blowing of all Blow off module 23
After drying time, air pump module 2 and corresponding time showing module 51, electric control valve module 6 are automatically powered off.
When using electric current adjustable valve module 52 and pressure gauge module 24, pressure gauge module 24 will test outlet pipe
Pressure data real-time transmission in 22 to single chip control module 4, and with the optimal values model that is prestored in data memory module 41
Comparison is enclosed, when actual pressure value is outside range, single chip control module 4 controls relay module 5, and further to corresponding
Electromagnetic relay is powered, and opens the corresponding adjusting of electric current adjustable valve module 52 and adjusts to pressure in corresponding outlet pipe 22
It is whole；When actual pressure value is in range after adjustment, corresponding electromagnetic relay power-off in relay module 5.
When protection module 9 is arranged, a certain electric control valve switch module 61 is opened, single chip control module 4 receives starting
After signal, setting starts to control time showing module 51, electric control valve module 6 and the work of air pump module 2, phase after stopping 30s
Between, single chip control module 4 is powered by corresponding electromagnetic relay in control relay module 5, so that driving turning motor
92 rotate in the forward direction pre- fixing turn, using the principle of ball screw, the Blow off module clamped at the top of sliding block 94 23 are made to move to accommodating
97 outside of channel, and then it is connected with scope, stand waiting time display module 51, electric control valve module 6 and air pump
Module 2 is started to work, after setting drying time to be achieved, corresponding time relay power-off, corresponding electricity in relay module 5
Magnetic relay is once again powered up, so that driving turning motor 92 reversely rotates pre- fixing turn, until the air blowing clamped at the top of sliding block 94
Module 23 moves to initial position.
For the ordinary skill in the art, introduction according to the present invention, do not depart from the principle of the present invention with
In the case where spirit, changes, modifications that embodiment is carried out, replacement and variant still fall within protection scope of the present invention it
It is interior.
Claims (9)
1. a kind of scope drying device of featuring integration of synchronous and asynchronous, it is characterised in that: including outer housing, divide on the outer housing
Not She You air inlet pipeline and at least one outlet pipe, the air inlet pipeline input end is connected with air pump module, outlet end point
Flow arrangement and it is connected respectively at least one electric control valve module inlet end that outer enclosure interior is arranged in, the automatically controlled gas
Valve module outlet end is correspondingly connected with outlet pipe input end respectively, and the outlet pipe outlet end is connected separately with air blowing mould
Block is equipped with the voltage regulating module for adjusting outlet pressure and flow velocity between the Blow off module and outlet pipe；
Single chip control module and relay module are equipped with inside the outer housing, and output end is electrically connected with three pole of positive-negative-positive
Pipe input terminal, the PNP type triode output end are electrically connected with relay module input terminal, and the single-chip microcontroller controls mould
Block input terminal is electrically connected with the electric control valve switch module and time adjustment button being arranged on outer housing respectively, it is described after
Electrical appliance module output end is electrically connected with the time showing module on air pump module, electric control valve module and outer housing respectively,
Data memory module is also electrically connected in the single chip control module and the power supply module of outer hull outside is set.
2. a kind of scope drying device of featuring integration of synchronous and asynchronous as described in claim 1, characterized in that the power supply mould
Block includes power supply and power switch, and the power switch is arranged on power supply, the power supply and single chip control module phase
Electrical connection, the time adjustment module include time up-regulation button and time down button, the time up-regulation button and
Time down button is electrically connected with single chip control module input terminal respectively, and the electric control valve switch module includes automatically controlled
Air valve switch one, electric control valve switch two, electric control valve switch three and electric control valve switch four, the electric control valve switch
One, electric control valve switch two, electric control valve switch three and electric control valve switch four respectively with single chip control module input terminal phase
Electrical connection.
3. a kind of scope drying device of featuring integration of synchronous and asynchronous as described in claim 1, characterized in that the pressure regulation mould
Block uses flow control valve module, and the flow control valve module includes flow control valve one, flow control valve two, flow tune
It saves valve three and flow control valve four, the electric control valve module includes electric control valve one, electric control valve two, three and of electric control valve
Electric control valve four, the electric control valve one, electric control valve two, electric control valve three and electric control valve four pass through outlet pipe respectively
Blow head one, blow head two, blow head three and the blow head four being correspondingly connected in Blow off module, the blow head one are blown
It is corresponding in turn between gas head two, blow head three and blow head four and four outlet pipe equipped with flow control valve one, flow adjusting
Valve two, flow control valve three and flow control valve four.
4. a kind of scope drying device of featuring integration of synchronous and asynchronous as claimed in claim 3, characterized in that the time is aobvious
Show that module includes time display screen one, time display screen two, time display screen three and time display screen four, the relay mould
Block includes first time relay, second time relay, the third time relay and the 4th time relay, and described
One time relay, second time relay, the third time relay and the 4th time relay input terminal respectively with monolithic
Machine control module output end is electrically connected, and air pump module is arranged in the first normally opened contact switch of the first time relay
In power supply line, the second normally opened contact switch of first time relay is separately positioned on electric control valve one and time display screen one
Power supply line in；First normally opened contact switch of second time relay is arranged in the power supply line of air pump module,
Second normally opened contact switch of second time relay is separately positioned on the power supply line of electric control valve two and time display screen two
In；First normally opened contact switch of the third time relay is arranged in the power supply line of air pump module, the third time after
Second normally opened contact switch of electric appliance is separately positioned in the power supply line of electric control valve three and time display screen three；Described 4th
First normally opened contact switch of the time relay is arranged in the power supply line of air pump module, and the second of the 4th time relay is often
It opens contact switch to be separately positioned in the power supply line of electric control valve four and time display screen four, and first time relay,
First normally opened contact switch of two time relays, the third time relay and the 4th time relay is arranged in parallel in air pump
In the power supply line of module.
5. a kind of scope drying device of featuring integration of synchronous and asynchronous as described in claim 1, characterized in that the pressure regulation mould
Block uses electric current adjustable valve module, and the electric current adjustable valve module includes electric current adjustable valve one, electric current adjustable valve
Two, electric current adjustable valve three and electric current adjustable valve four, the electric current adjustable valve one, electric current adjustable valve two, the magnitude of current
Regulating valve three and electric current adjustable valve four, which are corresponding in turn to, to be arranged between four Blow off module and four outlet pipes, described in four
Outlet pipe on further respectively have pressure gauge module for detecting outlet pipe overpressure.
6. a kind of scope drying device of featuring integration of synchronous and asynchronous as claimed in claim 5, characterized in that the pressure gauge
Module is electrically connected with single chip control module input terminal respectively, the relay module further include the first electromagnetic relay,
The normally opened contact of second electromagnetic relay, third electromagnetic relay and the 4th electromagnetic relay, first electromagnetic relay is opened
Pass is arranged in the power supply line of electric current adjustable valve one, and the normally opened contact switch of second electromagnetic relay is arranged in electric current
In the power supply line of adjustable valve two, electric current adjustable valve three is arranged in the normally opened contact switch of the third electromagnetic relay
In power supply line, the normally opened contact switch of the 4th electromagnetic relay is arranged in the power supply line of electric current adjustable valve four.
7. a kind of scope drying device of featuring integration of synchronous and asynchronous as described in claim 1, characterized in that the outer housing
Outside respectively corresponds Blow off module equipped with protection module, to reduce Blow off module dust fall.
8. a kind of scope drying device of featuring integration of synchronous and asynchronous as claimed in claim 7, characterized in that the protection mould
Block includes base body, drives turning motor, screw rod, sliding block, sliding rail, locating clip, holding channel, protective cover and tube body channel,
The base body is respectively welded to be fixed on outer housing and correspond to below Blow off module, solid close to outer housing side inside base body
Surely there is the driving turning motor towards the other side, driving turning motor output end, other end axis are fixed in described screw rod one end
On base body, the sliding block is threadedly engaged on screw rod, and top is fixed with the locating clip for installing Blow off module,
Described protective cover one end is fixed above base body, and is equipped with the tube body channel passed through for outlet pipe, described
The protective cover other end is corresponded on base body is equipped with the holding channel passed through for Blow off module output end；
The relay module further includes the 5th electromagnetic relay, the 6th electromagnetic relay, the 7th electromagnetic relay and the 8th
Electromagnetic relay, the 5th electromagnetic relay, the 6th electromagnetic relay, the 7th electromagnetic relay and the 8th electromagnetic relay
In normally opened contact switch be separately positioned on driving turning motor power supply line in.
9. a kind of scope drying device of featuring integration of synchronous and asynchronous as claimed in claim 8, characterized in that the base body
Inside is additionally provided with the sliding rail being slidingly fitted with sliding block, to promote the sliding stability between sliding block and sliding rail, the pedestal
Threaded hole is equipped on body at the top of driving turning motor one end, the protective cover is fixedly mounted by the bolt of external setting
On threaded hole.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910390596.3A CN109998454A (en) | 2019-05-10 | 2019-05-10 | A kind of scope drying device of featuring integration of synchronous and asynchronous |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910390596.3A CN109998454A (en) | 2019-05-10 | 2019-05-10 | A kind of scope drying device of featuring integration of synchronous and asynchronous |
Publications (1)
| Publication Number | Publication Date |
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| CN109998454A true CN109998454A (en) | 2019-07-12 |
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ID=67176644
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910390596.3A Pending CN109998454A (en) | 2019-05-10 | 2019-05-10 | A kind of scope drying device of featuring integration of synchronous and asynchronous |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111649559A (en) * | 2020-05-29 | 2020-09-11 | 立讯智造(浙江)有限公司 | Drying equipment and drying method for electronic product |
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| CN203432233U (en) * | 2013-08-30 | 2014-02-12 | 烟台毓璜顶医院 | Drying device of digestive endoscopy |
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