CN109424857A - The mounting structure of automatic chemical diluting and mixing equipment - Google Patents
The mounting structure of automatic chemical diluting and mixing equipment Download PDFInfo
- Publication number
- CN109424857A CN109424857A CN201710735184.XA CN201710735184A CN109424857A CN 109424857 A CN109424857 A CN 109424857A CN 201710735184 A CN201710735184 A CN 201710735184A CN 109424857 A CN109424857 A CN 109424857A
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- China
- Prior art keywords
- mentioned
- chemicals
- hose
- rack
- rest portion
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Classifications
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F17—STORING OR DISTRIBUTING GASES OR LIQUIDS
- F17D—PIPE-LINE SYSTEMS; PIPE-LINES
- F17D1/00—Pipe-line systems
- F17D1/08—Pipe-line systems for liquids or viscous products
- F17D1/12—Conveying liquids or viscous products by pressure of another fluid
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F17—STORING OR DISTRIBUTING GASES OR LIQUIDS
- F17D—PIPE-LINE SYSTEMS; PIPE-LINES
- F17D5/00—Protection or supervision of installations
- F17D5/02—Preventing, monitoring, or locating loss
Abstract
The purpose of the present invention is to provide a kind of setting structure of automatic chemical diluting and mixing equipment, when operator shelves hose to rest portion, keeps rest portion close with operator as far as possible, can prevent from causing operator's disease.The setting structure for embodying the automatic chemical diluting and mixing equipment of this purpose includes: building masonry wall (700), penetrates through the opening portion inside and outside connecting building object；Automatic chemical diluting and mixing equipment, include rest portion (150) and transmission unit (160), rest portion (150) shelve chemically product tank for the chemicals hose (500) of chemicals, above-mentioned rest portion (150) is transmitted before and after transmission unit (160), connect above-mentioned chemicals hose (500) with chemicals tank in above-mentioned building；When above-mentioned chemicals hose (500) is set aside to above-mentioned rest portion (150) by staff, above-mentioned rest portion (150) is located in above-mentioned 701 inner space of opening portion.
Description
Technical field
The present invention relates to a kind of mounting structures of automatic chemical diluting and mixing equipment, and in more detail, hose rest portion is set to
The opening portion of wall improves work convenience, it is injured can also to prevent operator.
Background technique
General manufacture semiconductor, semiconductor device, the company of LCD, OLED and the use such as drugmaker and paint company have
All companies of evil chemical substance are all also becoming more using the mode of diversified chemicals, this chemicals of safety supply
Sample.
The chemicals tank for the tank car (tank lorry) that this chemicals generally stops outside building is transported to building
After the chemical drum (chemical storage tank) inside set, chemically product storage tank is transported to construction unit again and carries out room.
From above-mentioned tank car conveying chemicals to the existing method of chemical drum, operator is used to connect chemistry manually
Product supplying flexible pipe is below described in detail this to the method for connector.
Above-mentioned tank car is connected to for chemicals hose and for nitrogen hose, and above-mentioned chemicals hose and nitrogen hose end are each
Chemicals pin end (Male Connector) and nitrogen pin end are connected, respectively has lid (Cap) on above-mentioned public connector
Close end.
Also, have chemicals on above-mentioned chemical drum to connect with female connector (Female Connector) and nitrogen with mother
Head respectively connects chemicals pin end and nitrogen pin end.On above-mentioned chemicals female connector and nitrogen female connector
Respectively have lid (Cap) closing end.
Operator pulls out chemicals hose and nitrogen hose from above-mentioned tank car, and chemicals public access skull and nitrogen are used
Public access skull, chemicals female connector lid and the removal of nitrogen female connector lid.Thereafter, chemicals is connected to chemicals with pin end and uses
Female connector, nitrogen are connected to nitrogen female connector with pin end.
As above in the state that pin end is connected with female connector, by nitrogen hose from be located at building in nitrogen storage tank
Level pressure nitrogen is supplied to tank car, chemicals is transmitted by chemicals hose to chemical drum because of nitrogen pressure in tank car.
But according to this existing method, the manual connection/separation chemicals of operator is used and nitrogen connector, supplies level pressure
When nitrogen, there are chemicals the problem of a possibility that leakage, operator is also exposed to chemicals.
The prior art of chemicals feedway, existing Republic of Korea's utility model disclose No. 20-2016-0002378
It is open.
The above-mentioned chemicals intermediary means that are provided in the prior art, between tank car and chemical drum are ACQC unit
(Automatic Clean Quick Coupler Unit).Here, chemical drum is generally located in building, ACQC is mono-
Member plays intermediation between the chemical drum in the chemicals tank and building of tank car.
Above-mentioned existing ACQC unit connects chemicals pin end and female connector, when connection nitrogen pin end is with female connector, warp
It crosses above-mentioned ACQC unit and supplies level pressure nitrogen to tank car chemicals tank, using supply nitrogen pressure, chemicals is exported, through chemicals
Hose storage is into chemical drum.
Above-mentioned ACQC unit is located in building, and staff obtains and shelves chemicals hose and nitrogen hose outside building
To rest portion.
At this point, across building masonry wall between staff and rest portion, staff is formed by building masonry wall
Chemicals hose and nitrogen hose are shelved to rest portion in opening portion.
But according to this configuration in, thick and heavy chemicals hose and nitrogen hose are set aside to shelving in building
Portion, staff have to bend over to shelve hose to rest portion, but this work can cause staff's flesh due to the weight of hose
Meat disease of skeletal system.
Also, in conveying chemicals and nitrogen, chemicals hose connected with nitrogen hose tank car and chemical drum and
Nitrogen storage tank there are problems that chemicals leakproof shield door can not be arranged.Also, it even if being provided with shield door, can not close soft
The surrounding space connecting with connector is managed, is allowed to be exposed to outer.Accordingly, there exist the external contaminants such as dust, rainwater, snow to flow into
Into device, the problem of chemicals smog (Fume) that can be generated in device etc. also can directly leak.
[existing technical literature]
[patent document]
Korean Utility Model discloses No. 20-2016-0002378
Summary of the invention
The present invention is to solve above-mentioned problems and proposing that its purpose is to provide a kind of automatic chemical diluting and mixing equipments
Setting structure keep rest portion close with operator as far as possible when operator shelves hose to rest portion, can prevent from causing
Operator's disease.
Another object of the present invention is to provide a kind of setting structure of automatic chemical diluting and mixing equipment, and chemicals automatically supplies
Dress, which centers shield door, prevents foreign matter to be flowed into device, separates chemicals or smog (Fume) leaks out, and separately set
The introduction part for importing chemicals hose and nitrogen hose is set, hose abrasion can be prevented or hook is broken.
As described above, including: building masonry wall for the automatic chemical diluting and mixing equipment setting structure of the present invention to achieve the goal
700, penetrate through the opening portion inside and outside connecting building object；Automatic chemical diluting and mixing equipment, include rest portion 150 and transmission unit 160,
Rest portion 150 shelves chemically product tank for the chemicals hose 500 of chemicals, transmits above-mentioned shelve before and after transmission unit 160
Portion 150 connect above-mentioned chemicals hose 500 with chemicals tank in above-mentioned building；When staff is soft above-mentioned chemicals
When pipe 500 sets aside to above-mentioned rest portion 150, above-mentioned rest portion 150 is located in above-mentioned 701 inner space of opening portion.
One side end of above-mentioned transmission unit 160 is set as being inserted into above-mentioned 701 inner space of opening portion, above-mentioned rest portion
150 are loaded into above-mentioned 160 top of transmission unit, are inserted into 160 side of above-mentioned transmission unit of above-mentioned 701 inner space of opening portion
One side end of transmission unit support portion 168 of the end than supporting above-mentioned transmission unit 160, can be and state opening portion more up
701 directions are prominent.
Control panel 175 operates above-mentioned automatic chemical diluting and mixing equipment 100, and it is empty can be located at above-mentioned 701 inside of opening portion
In.
It may also include that frame, be inserted into above-mentioned 701 inner space of opening portion front and back and open, in above-mentioned opening portion 701
Side spatial peripheral forms ontology；Shield door 130 can turn in conjunction with one side end of building lateral direction in said frame 120
It is dynamic, it is opened and closed 120 open sides of said frame.
Above-mentioned shield door 130 can be constituted by combining the 1st 131 and the 2nd 132 of said frame；Above-mentioned 2nd 132 phases
Said frame 120 is rotated, a side of said frame 120 is opened and closed.
It is above-mentioned between 1st 131 and the 2nd 132, above-mentioned 1st 131 with penetrated through under the 2nd 132 closed states it is above-mentioned
Chemicals introduction part 135-1 can be arranged in chemicals hose 500 simultaneously, when above-mentioned chemicals hose 500 is by above-mentioned transmission unit
Above-mentioned chemicals hose 500 is imported when 160 transmission.
Said frame 120 and shield door 130 can be combined with the delivery section shell 105 around above-mentioned 160 outside of transmission unit
Integrally, it is inserted into above-mentioned opening portion 701.
Said frame 120 and shield door 130 can be separated with the delivery section shell 105 around above-mentioned 160 outside of transmission unit
In the state of, it is inserted into above-mentioned opening portion 701.
Some in said frame 120 and shield door 130 can with outside the delivery section in 160 outside of above-mentioned transmission unit
Shell 105 separates, and the opening portion 701 of above-mentioned wall 700 is arranged in, another is combined into one with above-mentioned delivery section shell 105, inserts
Enter to the opening portion 701 of above-mentioned wall 700.
Above-mentioned transmission unit 160 can be driven by the 1st rack 161, the 1st rack driving portion 162, the 2nd rack 163, the 2nd rack
Portion 164) it constitutes, wherein 161 top of the 1st rack loads above-mentioned rest portion 150, and the 1st rack driving portion 162 drives above-mentioned shelve
The front-rear direction on above-mentioned 1st rack 161 of portion 150 transmits, and above-mentioned 1st rack, 161 front-rear direction is shelved on 163 top of the 2nd rack
Transmission, the 2nd rack driving portion 164) drive above-mentioned 1st rack 161 and the front-rear direction on above-mentioned 2nd rack 163 of rest portion 150
Transmission.
Above-mentioned 2nd rack, 163 1 side end can be plugged into above-mentioned 701 inner space of opening portion.
When above-mentioned rest portion 150 is moved to above-mentioned 701 inner space of opening portion by the driving of the 1st driving portion 162
When, can be set to staff can shelve above-mentioned chemicals hose 500 to above-mentioned rest portion 150.
Above-mentioned rest portion 150 is by shelving the chemicals rest portion 150-1 of above-mentioned chemicals hose 500 and to shelve nitrogen soft
The nitrogen of pipe 600 is constituted with rest portion 150-2；When staff respectively shelves above-mentioned chemicals hose 500 and nitrogen hose 600
When to above-mentioned chemicals with rest portion 150-1 and nitrogen rest portion 150-2, above-mentioned chemicals rest portion 150-1 and nitrogen
It can be located in above-mentioned 701 inner space of opening portion with rest portion 150-2.
Automatic chemical diluting and mixing equipment according to the present invention makes the rest portion for shelving chemicals hose and nitrogen hose be located at wall
The opening portion of body inner space improves work convenience, can prevention work personnel suffer from obtaining disease of the musculoskeletal system.
Also, the opening portion side of shield door barrier shield body inner space is set, foreign matter is prevented to be flowed into device, is shielded
Chemicals leaks out.
Also, the introduction part for importing chemicals hose and nitrogen hose is separately set, roller bearing or axis are set in above-mentioned introduction part
It holds, when chemicals hose and nitrogen hose are mobile, provide protection against wear or hook is broken leads to that chemicals leaks outside or nitrogen leaks.
Detailed description of the invention
Fig. 1 is all perspective views for illustrating automatic chemical diluting and mixing equipment setting structure appearance of the present invention.
Fig. 2 is diagram automatic chemical diluting and mixing equipment setting structure of the present invention middle and upper part door and lower gate open state figure.
Fig. 3 is chemicals hose in diagram automatic chemical diluting and mixing equipment setting structure of the present invention and nitrogen hose by importing
The state diagram that portion imports.
Fig. 4 is the importing that chemicals hose passes through shield door in diagram automatic chemical diluting and mixing equipment setting structure of the present invention
Portion sets aside to the sectional view of the state of rest portion.
Fig. 5 is the state diagram that pin end is not mobile to female connector in diagram transmission unit of the present invention.
Fig. 6 is the state that the 1st rack driving portion drives pin end mobile to female connector direction in the state of being shown in Fig. 5
Figure.
Fig. 7 is the state that the 2nd rack driving portion drives pin end mobile to female connector direction in the state of being shown in Fig. 5
Figure.
Fig. 8 is that the 1st rack driving portion drives pin end for the shape of the movement in conjunction with female connector to diagram in a state of fig. 7
State figure.
Fig. 9 is the state diagram for illustrating rest portion and delivery section interior of shell being arranged in.
Figure 10 is the state diagram for illustrating rest portion and wall inner space being arranged in.
Symbol description
100: automatic chemical diluting and mixing equipment 105: delivery section shell
120: frame 130: shield door
131: lower gate 132: upper department
132a: window 134: emergency stop switch
135: introduction part 135-1: chemicals introduction part
135-2: nitrogen introduction part 136-1,136-2: opening portion
137-1,137-2: lower part rotating member 138-1,138-2: top rotating member
150: rest portion 150-1: chemicals rest portion
150-2: nitrogen rest portion 160: transmission unit
161: the 1 the 161-1: the 1 chemicals racks of rack
161-2: the 1 nitrogen 162: the 1 rack driving portion of rack
162-1: the 1 chemicals the 162-2: the 1 nitrogen driving portion of driving portion
163: the 2 rack, 164: the second rack driving portion
165: intermediate rack 170: side door
175: control panel 180: fixed cell
190: female connector lid removing unit 200: outer cover body
210: chemicals female connector 211: chemicals female connector lid
500: chemicals hose 510: chemicals pin end
600: nitrogen hose 700: wall
701: opening portion
Specific embodiment
The present invention will be described in detail referring to the drawings automatic chemical diluting and mixing equipment.
Referring to figs. 1 to Fig. 4, automatic chemical diluting and mixing equipment 100 of the present invention is the chemicals being arranged in outer cover body 200
Automatically chemicals pin end 510 and nitrogen pin end 610 are connect on female connector 210 (Fig. 5) and nitrogen female connector (not shown)
Device, chemicals pin end 510 and nitrogen pin end 610 are connected on the chemicals tank (not shown) of tank car (tank lorry)
600 end of chemicals hose 500 and nitrogen hose.
When following finger direction, on the basis of above-mentioned shield door 130, tank car is rear with the direction where operator, on
Direction where stating outer cover body 200 is front.
Above-mentioned automatic chemical diluting and mixing equipment 100 is by delivery section shell 105, frame 120, shield door 130, rest portion
150, transmission unit 160, side door 170, control panel 175, fixed cell 180, female connector lid removal unit 190 are constituted.
Outer cover body 200 side opposite with above-mentioned delivery section shell 105 is equipped with chemicals female connector 210 and nitrogen is used
Female connector (not shown).
It is equipped in above-mentioned outer cover body 200 and chemicals is assigned to chemical drum (not with the chemicals that hose 500 supplies
Diagram) or washing chemical female connector 210 and nitrogen female connector composition.
Above-mentioned rest portion 150 can be in pairs, respectively shelves chemicals hose 500 and nitrogen hose 600.
Above-mentioned transmission unit 160 is located in above-mentioned delivery section shell 105, controls chemicals hose 500 and nitrogen hose 600
It sets aside under 150 state of rest portion and is transmitted to chemicals female connector 210 and nitrogen female connector direction.Above-mentioned transmission unit
160 can be in pairs, each to transmit chemicals hose 500 and nitrogen hose 600.
Above-mentioned 160 1 side end of transmission unit is inserted in place in the opening portion of wall 701.Above-mentioned wall 700 is to constitute to build
The wall of object is built, a part of construction wall 700 is shown in Fig. 1.Above-mentioned opening portion 701 is formed inside and outside aperture shape perforation building.
It is inserted into frame 120 in above-mentioned opening portion 701, above-mentioned shield door 130 and side door 170 are connected in said frame 120.
120 section of said frame surrounds 160 periphery of transmission unit, 160 one end of transmission unit is inserted at tetragonal structure
Above-mentioned opening portion 701.
Above-mentioned side door 170 is connected to 120 side of said frame, can be opened and closed, inner space is equipped with control panel 180 etc.
Control automatic chemical diluting and mixing equipment 100.
Above-mentioned shield door 130 is set to 170 sides of above-mentioned side door, can be rotated and is opened and closed 120 side open portion of frame
(that is, opening portion 701 of wall 700).Above-mentioned shield door 130 divides lower gate 131 and upper department 132.
Above-mentioned lower gate 131 (the 1st) is arranged to centered on lower end to rotate, above-mentioned upper department 132 (the 2nd)
It is arranged to centered on upper end to rotate.Therefore, lower gate 131 and upper department 132 can all open, and can also select lower part
Door one of 131 and upper department 132 are open, and the convenience of operator can be improved.
It is equipped with introduction part 135 between above-mentioned lower gate 131 and upper department 132, imports chemicals hose 500 and nitrogen hose
600.When closing lower gate 131 and upper department 132, above-mentioned introduction part 135 guides chemicals hose 500 and nitrogen hose 600
By between the upper end of lower gate 131 and the lower end of lower gate 132, also maskable foreign matter stream during transmitting chemicals
Enter in delivery section shell 105, the chemicals or smog (Fume) that can also prevent in delivery section shell 105 leak.
The chemicals introduction part 135-1 that above-mentioned introduction part 135 can be passed through by chemicals hose 500 is passed through with nitrogen hose 600
The nitrogen introduction part 135-2 crossed is constituted.
Above-mentioned chemicals introduction part 135-1 can be made of opening portion 136-1 and multiple rotating member 137-1,138-1, be opened
Oral area 136-1 is arranged to can be by chemicals hose 500, and rotating member 137-1,138-1 setting were above-mentioned opening portion 136-1 weeks
It encloses up and down.
Above-mentioned opening portion 136-1 is formed between the upper end of lower gate 131 and the lower end of upper department 132, at this
In embodiment, the shape for cutting 131 upper end certain fields of lower gate can be become.But, it is not limited to this, it can also become and cut
The shape in upper 132 lower end portion field of department.Also, may be arranged as department 132 and 131 two sides of lower gate can form
Incision field and to cut field adjacent, chemicals hose can pass through it and cut field.It illustrates in the present embodiment above-mentioned incision
Field is quadrilateral shape, and but not limited to this, can be set to varied shapes.
Above-mentioned rotating member 137-1,138-1 setting can be rotated centered on central shaft (not shown), prevent chemistry
It rubs or scratches between 500 surface of hose when product hose 500 is mobile.
Above-mentioned rotating member 137-1,138-1 can be revolved by 3 lower part rotating member 137-1 (the 1st rotating member) and top
Turn component 138-1 (the 2nd rotating member) composition.Lower part rotating member and lower gate upper end incision field or so and lower part respectively connect
It connects, top rotating member is connected to 132 lower end of department.
Above-mentioned lower part rotating member 137-1 and top rotating member 138-1 can be made of roller bearing or bearing.Above-mentioned lower part rotation
Turn the center component 137-1 to connect with lower gate, the above-mentioned center top rotating member 138-1 is connect with upper department 132.Therefore, under
Portion rotating member 137-1 and top rotating member 138-1 can respectively be rotated centered on central axis.
It lifts in the present embodiment and has shown and be made of 3 lower part rotating member 137-1 and 1 top rotating member 138-1
It constitutes, but it is not limited to this, can be configured as having multiple rotating members in department 132.
Above-mentioned nitrogen equally constitutes composition with introduction part 135-2 and chemicals introduction part 135-1, it may include: opening portion
136-2 can pass through nitrogen hose 600；Multiple rotating member 137-2,138-2, positioned at the left up and down of above-mentioned opening portion 136-2
It is right.Therefore, rotating member 137-2,138-2 guides nitrogen hose 600 that can prevent hose from damaging, rotating member 137-2,138-2
It is rotated in opening portion 136-2 of the above-mentioned nitrogen with introduction part 135-2.
Above-mentioned upper department 132 is equipped with window 132a, can confirm the situation occurred inside above-mentioned delivery section shell 105.
Therefore 105 internal behavior of delivery section shell and internal state can also with the naked eye be checked in 700 outside of building masonry wall.
Scram button 134 is set in above-mentioned lower gate 131, and operator can be with emergent stopping chemicals under unusual condition
The driving of automatic supplier 100.The urgent unusual condition or chemicals that tank car side is found outside building automatically supply dress
When setting the unusual condition inside 100, operator can press above-mentioned scram button 134, be kept to accident minimum.At this point,
The leakage (not shown) for incuding chemicals in outer cover body 200 or delivery section shell 105 of also settable inductor, separately sets in reception
The alarm tool (not shown) for stating inductor signal, when chemicals leaks, operator can recognize the letter of above-mentioned alarm tool
Number and operate above-mentioned emergency stop pendulum decorations 134.
On the other hand, also settable enabling inductor (not shown) on above-mentioned shield door 130.When shield door 130 is opened,
The signal of above-mentioned enabling inductor passes to control unit, and control unit setting interlocking (interlock) stops chemicals and automatically supplies dress
Set 100 drivings, it can be ensured that the safety of operator.
Above-mentioned fixed cell 180 is, above-mentioned chemicals pin end 510 and nitrogen pin end 610 respectively and chemicals
In the state of the connection (not shown) of female connector 210 and nitrogen female connector, prevent above-mentioned chemicals pin end 510 from above-mentioned
Chemicals female connector 210 falls off and above-mentioned nitrogen is fallen off from above-mentioned nitrogen with female connector (not shown) with pin end 610.
Above-mentioned female connector lid removal unit 190 is to combine or separation chemistry product are with female connector lid 211 and nitrogen female connector
The composition of lid (not shown), chemicals female connector lid and nitrogen are the closed chemistry for being located at chemical drum side with female connector lid
Product female connector 210 and nitrogen female connector open end.
Above-mentioned female connector lid removal unit 190 is gone by handling chemicals with the chemicals of female connector lid 211 with female connector lid
Except unit (not shown) and the nitrogen for loading and unloading nitrogen female connector lid are constituted with female connector lid removal unit is (not shown).
Referring to Fig. 5 to Fig. 8, the composition of transmission unit 160 is described in detail.
Transmission unit 160 of the present invention with flowering structure by being constituted: the 1st rack 161, is loaded into above-mentioned 150 top of rest portion；The
1 rack driving portion 162, above-mentioned rest portion 150, front-rear direction is transmitted on above-mentioned 1st rack 161；2nd rack 163, support
Front-rear direction transmits under loaded state on above-mentioned 1st rack 161；2nd rack driving portion 164 above-mentioned 1st rack 161 and is put
The front-rear direction on above-mentioned 2nd rack 163 of portion 150 is set to transmit.Above-mentioned 1st rack driving portion 162 and the 2nd rack driving portion 164
It is controlled and is driven by control unit.
Above-mentioned rest portion 150 with flowering structure by being constituted: chemicals rest portion 150-1 shelves above-mentioned chemicals hose 500
And chemicals pin end 510；Nitrogen rest portion 150-2 shelves nitrogen hose 600 and nitrogen for nitrogen to above-mentioned chemicals tank
Pin end 610.Fig. 5 illustrates only chemicals pin end 510 into Fig. 8 and nitrogen pin end 610 sets aside to rest portion
On 150-1,150-2, but rest portion 150-1,150-2 is set aside to after connecting hose 500,600 on above-mentioned pin end 510,610
On.
Above-mentioned 1st rack 161 with flowering structure by being constituted: the 1st chemicals rack 161-1, and setting is put in above-mentioned chemicals
Set the portion top 150-1；1st nitrogen rack 161-2 is arranged on the above-mentioned nitrogen top rest portion 150-2.
Above-mentioned 1st chemicals has front-rear direction length with rack 161-1 and the 1st nitrogen rack 161-2, has top
Guidable structure when loading chemicals with rest portion 150-1 and mobile nitrogen rest portion 150-2 front-rear direction.
Above-mentioned 1st rack driving portion 162 is by the 1st chemicals driving portion 162-1 and the 1st nitrogen driving portion 162-2 structure
At above-mentioned 1st chemicals transmits above-mentioned chemicals rest portion 150-1 front-rear direction with driving portion, the 1st nitrogen driving portion
150-2 transmits above-mentioned nitrogen rest portion front-rear direction.
Above-mentioned chemicals driving portion 162-1 and the 1st nitrogen driving portion 162-2 can be by cylinder (Air Cylinder)
It constitutes, for this purpose, the interconnecting piece of the setting supply of its side or discharge air (Air).Above-mentioned driving portion 162-1,162-2 can be by motors
It is constituted with linear screw rod and replaces cylinder.
The setting of above-mentioned 2nd rack 163 is longer compared to front-rear direction length with the 1st rack 161, and position is fixed.Above-mentioned 2nd
163 rear end of rack is located in the opening portion 701 of wall 700, and front end, which is located at, is bordered by female connector.
Above-mentioned 2nd rack, 163 lower part is supported by transmission unit support portion 168.Above-mentioned transmission unit is inserted into above-mentioned opening
701 inner space of portion forms side (rear) end of the 2nd rack 163 of above-mentioned transmission unit 160 than supporting above-mentioned transmission list
It is prominent that 701 direction of opening portion is stated in 168 side of transmission unit support portion (rear) end of member 160 more up.
Has intermediate rack 165 between above-mentioned 1st rack 161 and the 2nd rack 163.Above-mentioned 165 rectangularity of intermediate rack
The 1st chemicals rack 161-1 and the 1st nitrogen rack 161-2 is fixed on plate, two side ends top.
Above-mentioned intermediate rack 165 is driven in the case where being loaded into above-mentioned 2nd rack, 163 top state by the 2nd rack driving portion 164
It is dynamic, can front-rear direction it is mobile, above-mentioned intermediate 165 bottom surface of rack and the 2nd rack 163 formed between above guide barrel construction it is bootable before
Rear direction is mobile.
On above-mentioned 2nd rack driving portion 164 can be rotated and be connected to by the motor of offer driving force, by above-mentioned motor driven
The linear screw rod for stating intermediate rack 165 is constituted.Drive above-mentioned motor, above-mentioned threadiness screw rod rotation, with above-mentioned linear screw rod
Suitable/to rotate counterclockwise, above-mentioned intermediate 165 front-rear direction of rack is mobile.
If not being set as 2 sections of racks, only it is made of 1 section of rack, only 1 linear transmission will connect pin end 510,610
With female connector 210,220, at this point, pin end 510,610 fails to be completely inserted into female connector 210,220, or public access is set
First 510,610 are completely inserted into female connector 210,220, and the outer cover body of transmission unit 160 and female connector 210,220 is arranged
200 constructions become complicated, and design freedom reduces.
Also, from shelving rest portion 150-1,150-2 of hose to position distance location farther out, it is contemplated that it is single to constitute transmission
Accessory tolerance and assembling tolerance of member 160 etc., there is a phenomenon where pin end 510,610 and female connector 210,220 centers are inconsistent.
At this point, pin end 510,610, is inserted into female connector 210,220, because center is inconsistent, pin end by an only linear transmission
510, it 610 collides with each other with female connector 210,220 ontologies, conflicting and be not fully integrated because of pin end and female connector, leads to nothing
Faville holds the problem of machine sealing.
As above, if transmission unit 160 is arranged to 2 sections of racks of the 1st rack 161, the 2nd rack 163, for the first time pin end
It is moved to the position of female connector, moves Shi Keling pin end again the 2nd time and female connector is completely combined, pass through pin end and female connector
It is completely combined, chemical leakage can be prevented.
Also, even if the 2nd rack 163 is located at the place from conveyer ontology 200 slightly a little further, chemistry can also be fully demonstrated
Product pin end 510 and chemicals female connector 210 are completely combined, without consider the interference of outer cover body 200 and the 2nd rack with
No, design freedom rises.
It is above-mentioned to instantiate the 1st chemicals rack 161- of the 2nd rack 163 and the 2nd rack driving portion 164 front and back transmission simultaneously
1 and the 1st nitrogen rack 161-2, but can be configured as the 2nd chemistry for respectively having the above-mentioned 1st chemicals rack 161-1 of transmission
Product transmit above-mentioned 1st nitrogen the 2nd nitrogen of rack 161-2 with rack (not shown) and the 2nd chemicals driving portion (not shown)
Gas is with rack (not shown) and the 2nd nitrogen driving portion (not shown).
Illustrate that 160 1 side end of transmission unit is inserted into the opening portion 701 of the formation of wall 700 referring to Fig. 4, Fig. 9, Figure 10
Structure.
160 1 side of transmission unit is inserted into the opening portion 701 of wall 700, and rest portion 150 is located in said frame 120
Portion, operator can be more convenient to shelve chemicals hose 500 and nitrogen hose 600 to rest portion 150-1,150-2.
That is, rest portion 150-1,150-2 is located at recessed from wall to interior of building direction if wall 700 is very thick
In delivery section shell 105, as shown in figure 9, operator needs that chemicals hose 500 and nitrogen hose is bent over to set aside to and shelve
Portion 150-1,150-2.
When chemicals hose 500 and nitrogen hose 600 are set aside to rest portion 150-1,150-2 by operator,
If distance is remote between operator and rest portion 150-1,150-2, operator needs to bend over to shelve hose 500,600 to putting
When setting portion 150-1,150-2, but doing this work, because hose 500,600 is very heavy, operator's muscles and bones bone system disease can be caused
Disease.
The present invention is constituted as shown in Figure 10, and it is empty that above-mentioned 2nd rack, 163 1 side end is inserted into above-mentioned 701 inside of opening portion
Between, the 1st rack 161-1,161-2 and rest portion 150-1,150-2 of above-mentioned 2nd rack, 163 top load are inserted into above-mentioned open
Put portion 701.Therefore, operator need not bend over, can be improved work convenience and can prevention work as member obtain muscles and bones bone system disease.
Foregoing describe the structures that the 2nd rack 163 is inserted into opening portion 701, but as shown in figure 9, also may make up the 2nd rack
163 are not inserted into opening portion 701, and rest portion 150-1,150-2 and the 1st rack 161-1,161-2 are inserted into opening portion 701.
That is, the 1st end rack 161-1,161-2 protrudes more backward than 163 end of the 2nd rack, protrusion top loads rest portion
150-1,150-2 can be moved forward and backward.
It is described above using chemicals hose 500 from tank car chemicals tank to the shape of chemical drum conveying chemicals
Condition, but using chemicals hose 500 chemicals chemically product storage tank is transported to tank car chemicals tank when, also applicable same structure
At.
Also, foregoing describe the situations of setting lower gate 131 and upper department 132, but can be set to Zhi Shang department 132 can
Rotation, fixed lower gate 131 is not able to rotate or the integral type fixed plate of lower gate 131 separates frame 120 comprehensively, does not have door
Function.At this point, opening portion 136-1,136-2 and lower part rotating member 137-1,137-2 may be provided at above-mentioned dead plate upper end.
Also, foregoing describe the structures that upper department 132 is rotated centered on a side end, but can be configured as upper and lower
It is not rotated to sliding.
Also, said frame 120 and shield door 130, which may be configured as being combined into one with delivery section shell 105, is inserted into wall
The opening portion 701 of body 700 can also be separated with delivery section shell 105, be inserted into the opening portion 701 of wall 700.
Also, above-mentioned shield door 130 may be configured as and conveying shell 105 is combined into one, and frame 120 is located at wall
700 opening portion 701, the shield door 130 combined with above-mentioned conveying shell 105 are inserted into inside said frame 120, are opened and closed frame
120 side of frame.
Also, it may be configured as only above-mentioned shield door 130 to be combined into one with wall, be opened and closed the opening portion 701 1 of wall 700
Side, said frame 120 are combined with above-mentioned delivery section shell 105, are inserted into above-mentioned opening portion 701.
As previously mentioned, desirable embodiment of the present invention is described in detail, but the invention is not limited in previous embodiment,
Can be there are many deformation implementation within the scope of scope of the claims and detailed description of the invention and attached drawing, this is also belonged in the present invention.
Claims (13)
1. a kind of setting structure of automatic chemical diluting and mixing equipment characterized by comprising
Building masonry wall (700) penetrates through the opening portion inside and outside connecting building object；
Automatic chemical diluting and mixing equipment (100), include rest portion (150) and transmission unit (160), rest portion (150) shelve from
Chemicals tank for the chemicals hose (500) of chemicals, transmit above-mentioned rest portion (150), make by transmission unit (160) front and back
Chemicals hose (500) is stated to connect with chemicals tank in above-mentioned building；
When above-mentioned chemicals hose (500) is set aside to above-mentioned rest portion (150) by staff, above-mentioned rest portion (150) position
In in above-mentioned opening portion (701) inner space.
2. the setting structure of automatic chemical diluting and mixing equipment according to claim 1, which is characterized in that
One side end of above-mentioned transmission unit (160) is inserted into above-mentioned opening portion (701) inner space, above-mentioned rest portion
(150) it is loaded into above-mentioned transmission unit (160) top, is inserted into the above-mentioned transmission list of above-mentioned opening portion (701) inner space
One side end of transmission unit support portion (168) of first (160) one side ends than supporting above-mentioned transmission unit (160), more up
It is prominent to state opening portion (701) direction.
3. the setting structure of automatic chemical diluting and mixing equipment according to claim 1, which is characterized in that
Control panel (175) operates above-mentioned automatic chemical diluting and mixing equipment (100), is located at above-mentioned opening portion (701) inner space
It is interior.
4. the setting structure of automatic chemical diluting and mixing equipment according to claim 1, which is characterized in that
Further include: frame (120) is inserted into above-mentioned opening portion (701) inner space, and front and back is open, surrounds above-mentioned opening
Portion (701) inner space perimeter forms ontology；
Shield door (130) is rotationally incorporated into one side end of building lateral direction in said frame (120), is opened and closed above-mentioned
Frame (120) open sides.
5. the setting structure of automatic chemical diluting and mixing equipment according to claim 4, which is characterized in that
Above-mentioned shield door (130) is constituted by the 1st (131) and the 2nd (132) that is incorporated into said frame；Above-mentioned 2nd
(132) it is rotated relative to said frame (120), is opened and closed a side of said frame (120).
6. the setting structure of automatic chemical diluting and mixing equipment according to claim 5, which is characterized in that
Between above-mentioned 1st (131) and the 2nd (132), penetrated through under above-mentioned 1st (131) and the 2nd (132) closed state
Above-mentioned chemicals hose (500), while chemicals introduction part (135-1) is set, when above-mentioned chemicals hose (500) is by above-mentioned biography
Unit (160) is sent to import above-mentioned chemicals hose (500) when being transmitted.
7. the setting structure of automatic chemical diluting and mixing equipment according to claim 4, which is characterized in that
Said frame (120) and shield door (130) are tied with the delivery section shell (105) on the outside of above-mentioned transmission unit (160)
Integrator is inserted into above-mentioned opening portion (701).
8. the setting structure of automatic chemical diluting and mixing equipment according to claim 4, which is characterized in that
Said frame (120) and shield door (130) with the delivery section shell (105) on the outside of above-mentioned transmission unit (160)
In the state of separation, it is inserted into above-mentioned opening portion (701).
9. the setting structure of automatic chemical diluting and mixing equipment according to claim 4, which is characterized in that
Any one in said frame (120) and shield door (130) with outside the delivery section on the outside of above-mentioned transmission unit (160)
Shell (105) separation, is arranged in the opening portion (701) of above-mentioned wall (700), another is combined with above-mentioned delivery section shell (105)
Integrally, and it is inserted into the opening portions (701) of above-mentioned wall (700).
10. the setting structure of automatic chemical diluting and mixing equipment according to claim 1, which is characterized in that
Above-mentioned transmission unit (160) is driven by the 1st rack (161), the 1st rack driving portion (162), the 2nd rack (163), the 2nd rack
Dynamic portion (164) are constituted, wherein the 1st rack (161) top loads above-mentioned rest portion (150), the driving of the 1st rack driving portion (162)
Above-mentioned rest portion (150) front-rear direction on above-mentioned 1st rack (161) transmits, and the 2nd rack (163) top shelves above-mentioned 1st
The transmission of frame (161) front-rear direction, the 2nd rack driving portion (164) drive above-mentioned 1st rack (161) and rest portion (150) above-mentioned
Front-rear direction transmits on 2nd rack (163).
11. the setting structure of automatic chemical diluting and mixing equipment according to claim 10, which is characterized in that
Above-mentioned (163) one side end of 2nd rack is inserted into above-mentioned opening portion (701) inner space.
12. the setting structure of automatic chemical diluting and mixing equipment according to claim 10, which is characterized in that
When above-mentioned rest portion (150) is moved to above-mentioned opening portion (701) inside by the driving of above-mentioned 1st driving portion (162)
When space, staff can shelve above-mentioned chemicals hose (500) to above-mentioned rest portion (150).
13. the setting structure of automatic chemical diluting and mixing equipment according to claim 1, which is characterized in that
Above-mentioned rest portion (150) is by shelving the chemicals rest portion (150-1) of above-mentioned chemicals hose (500) and shelving nitrogen
The nitrogen of hose (600) is constituted with rest portion (150-2)；
When above-mentioned chemicals hose (500) and nitrogen hose (600) are set aside to above-mentioned chemicals with shelving by staff respectively
When portion (150-1) and nitrogen are with rest portion (150-2), above-mentioned chemicals rest portion (150-1) and nitrogen rest portion (150-
2) it is located in above-mentioned opening portion (701) inner space.
Priority Applications (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202010572538.5A CN111853545A (en) | 2017-08-24 | 2017-08-24 | Automatic chemical supply device |
| CN201710735184.XA CN109424857B (en) | 2017-08-24 | 2017-08-24 | Mounting structure of automatic chemical supply device |
| CN202010572862.7A CN111853546B (en) | 2017-08-24 | 2017-08-24 | Automatic chemical supply device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710735184.XA CN109424857B (en) | 2017-08-24 | 2017-08-24 | Mounting structure of automatic chemical supply device |
Related Child Applications (2)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202010572538.5A Division CN111853545A (en) | 2017-08-24 | 2017-08-24 | Automatic chemical supply device |
| CN202010572862.7A Division CN111853546B (en) | 2017-08-24 | 2017-08-24 | Automatic chemical supply device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN109424857A true CN109424857A (en) | 2019-03-05 |
| CN109424857B CN109424857B (en) | 2020-11-06 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202010572862.7A Active CN111853546B (en) | 2017-08-24 | 2017-08-24 | Automatic chemical supply device |
| CN201710735184.XA Active CN109424857B (en) | 2017-08-24 | 2017-08-24 | Mounting structure of automatic chemical supply device |
| CN202010572538.5A Withdrawn CN111853545A (en) | 2017-08-24 | 2017-08-24 | Automatic chemical supply device |
Family Applications Before (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202010572862.7A Active CN111853546B (en) | 2017-08-24 | 2017-08-24 | Automatic chemical supply device |
Family Applications After (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202010572538.5A Withdrawn CN111853545A (en) | 2017-08-24 | 2017-08-24 | Automatic chemical supply device |
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| CN (3) | CN111853546B (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109422226A (en) * | 2017-08-25 | 2019-03-05 | 系统科技公司 | Automatic chemical diluting and mixing equipment |
| CN109422229A (en) * | 2017-08-25 | 2019-03-05 | 系统科技公司 | The hose of automatic chemical diluting and mixing equipment shelves structure |
| CN109422228A (en) * | 2017-08-25 | 2019-03-05 | 系统科技公司 | The control method of automatic chemical diluting and mixing equipment and automatic chemical diluting and mixing equipment |
| CN109422227A (en) * | 2017-08-25 | 2019-03-05 | 系统科技公司 | Automatic chemical diluting and mixing equipment |
| CN114127532A (en) * | 2019-07-17 | 2022-03-01 | 系统科技公司 | Chemical sampling device |
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| CN109422228A (en) * | 2017-08-25 | 2019-03-05 | 系统科技公司 | The control method of automatic chemical diluting and mixing equipment and automatic chemical diluting and mixing equipment |
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| CN114127532A (en) * | 2019-07-17 | 2022-03-01 | 系统科技公司 | Chemical sampling device |
Also Published As
| Publication number | Publication date |
|---|---|
| CN111853546A (en) | 2020-10-30 |
| CN111853546B (en) | 2021-10-26 |
| CN109424857B (en) | 2020-11-06 |
| CN111853545A (en) | 2020-10-30 |
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