CN208643161U - Assemble flexible fluid spray equipment - Google Patents
Assemble flexible fluid spray equipment Download PDFInfo
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- CN208643161U CN208643161U CN201820992375.4U CN201820992375U CN208643161U CN 208643161 U CN208643161 U CN 208643161U CN 201820992375 U CN201820992375 U CN 201820992375U CN 208643161 U CN208643161 U CN 208643161U
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Abstract
The utility model discloses a kind of flexible fluid spray equipments of assembly, it includes fluid containment component, the fluid containment component is for accommodating fluid to be sprayed, the side of the fluid containment component is provided at least two installation regions, each installation region is at least provided with a mounting portion, and the mounting portion with gas source or circuit control component for connecting.The utility model has convenient for assembly, the relatively flexible and wider application scenarios advantage of assembly.
Description
Technical field
The utility model relates to manufacturing equipment technical field, in particular to a kind of flexible fluid spray equipment of assembly.
Background technique
With the development of market economy, for an enterprise, production efficiency and production cost are enterprise's life power
Symbol in traditional industry, due to the high risk in post specific in production operation or highly difficult, has directly influenced production effect
Rate, while production cost is also increasing.The especially special occasion of working environment, manual work is inconvenient or dangerous, leads to
Be often that operation is carried out by automation equipment, manual work replaced by automation equipment, has liberated productivity, mitigate enterprise to
The dependence of work reduces production cost, improves production efficiency well, and realize industrial automation.Existing industrial products
In process of production, many junctions of product need to be sealed by fluid spray equipment coating sealant etc. in assembly
Connection.
For example, the Chinese patent that number of patent application is CN201810075029.4 discloses a kind of fluid spray equipment,
Firm banking is included, firm banking is internally provided with storage glue space, and the intermediate position for storing up glue space is provided with longitudinal offset plate that pushes away, storage
It is provided with compression space on the right end wall of glue space, is provided with compressing hole on the left end wall of compression space, compression space is provided with
Sealing plate, the center position of sealing plate left side are fixedly connected with a rubber-pulling rod, setting in the compression space of sealing plate left end
There is compressed spring, compression motor is provided on the right side of firm banking, compression motor is fixedly connected with more by motor mandrel
Link mechanism, the lower end of multi-connecting-rod mechanism are fixedly connected with supercharging device, and supercharging device is fixedly connected on the right end of firm banking
It on face, stores up and is provided with intercommunicating pore on the right end wall of glue space, intercommunicating pore is connected to compression space and supercharging device.
The left end of firm banking upper surface is fixedly connected with support rod, and the upper end of support rod right side is fixedly connected with transverse direction
Slideway, the upper end of transverse slipway, which is provided with, slides laterally slot, slides laterally and is provided with lateral connection slot on the right end wall of slot, laterally
A lateral bearing hole is provided on the left end wall of sliding groove, the left end of transverse slipway is provided with revolution space, and lateral bearing hole connects
Leading to revolution space and slides laterally slot, revolution space is internally provided with horizontal motor, slides laterally and be provided with cross lead screw in slot,
The right end of cross lead screw is located in lateral connection slot, and the left end of cross lead screw, which passes through lateral bearing hole and fixes with horizontal motor, to be connected
It connecing, sliding connection block is provided with outside transverse slipway, the lower end of sliding connection block passes through Motorized lift device fixed connection and sealing shell,
Capsul is internally provided with sealing space, and the left end of capsul is fixedly connected with sebific duct, and the other end of sebific duct passes through reception hole simultaneously
It is fixedly connected on the fixed base, sebific duct is internally provided with glue hole, glue hole communication seals space and storage glue space, under capsul
The center position of end face is provided with painting needle head, and gluing needle wall is provided with gluing pin hole, and gluing pin hole communication seals are empty
Between and exterior space, be provided with flow control valve in gluing pin hole.However, the existing fluid spray equipment cannot be according to ring
Border needs to be changed its integrally-built layout, thus is not easy to assemble, and application scenarios are relatively narrow.
Utility model content
The technical issues of the utility model solves is to provide a kind of flexible fluid spray equipment of the assembly convenient for assembly.
In order to solve the above technical problems, the utility model discloses a kind of flexible fluid spray equipments of assembly comprising
Fluid containment component, the fluid containment component is for accommodating fluid to be sprayed, the side setting of the fluid containment component
There are at least two installation regions, each installation region is at least provided with a mounting portion, and the mounting portion is used for and gas source
Or circuit control component connection.
Preferably, the flexible fluid spray equipment of assembly further includes flow control component, and the installation region includes
First installation region, the mounting portion include the first mounting portion, and first mounting portion includes the first groove and gas port, described
For first groove for connecting with the gas source, company is connected with first groove and the flow control component in the gas port
It connects.
Preferably, first mounting portion further includes the second groove, and second groove is in circular ring shape, second groove
It is arranged around first groove and is used to connect with the gas source.
Preferably, the flexible fluid coating unit of assembly further includes heating element, and the heating element is arranged in institute
It states in fluid containment component, the installation region includes the second installation region, and the mounting portion includes the second mounting portion, and described the
Two mounting portions with the circuit control component for connecting, and the circuit control component is for controlling the heating element work.
Preferably, the fluid containment component is additionally provided with fluid containment chamber and deflector hole, the first end of the deflector hole
It is connected with the fluid containment chamber, the outer surface of the first side wall of the second end of the deflector hole and the fluid containment component
It is connected；The outer surface of the first side wall of the fluid containment component is provided with the first positioning region, the flow control component
It is provided with the second positioning region being mutually matched with first positioning region, the flow control component passes through second positioning region
It is detachably connected with the fluid containment component, connection is connected with the deflector hole in the flow control component.
Preferably, first positioning region is the convex being laterally extended along the first side wall of the fluid containment component
Block, second positioning region are the positioning groove being laterally extended along the flow control component, and the locating convex block is plugged in institute
It states in positioning groove.
Preferably, the first side of the locating convex block is provided with the first card slot, and the first cell wall of the positioning groove is set
It is equipped with the first fixture block, first fixture block is plugged in first card slot.
Preferably, the fluid containment component includes fluid containment main body and sealing cover, the fluid containment main body setting
There are the fluid containment chamber, the deflector hole and first positioning region, the fluid containment chamber and the fluid containment main body
First end end face be connected, the deflector hole is located at the second end of the fluid containment main body；The sealing cover lid is located at institute
In the first end for stating fluid containment main body, and it is connected with the detachable snapping of fluid containment main body；The sealing cover is provided with
The inlet channel being connected with the fluid containment chamber.
Preferably, snapping protrusion is provided at the first end outer peripheral surface of the fluid containment main body, the sealing cover includes
Lid and fastener, the cover cap are located in the first end of the fluid containment main body, and the fastener is located at the lid
Endface, the fastener includes interconnecting piece, the first adjutage and the second adjutage；The interconnecting piece and the lid phase
Even, first adjutage is connected with the interconnecting piece, and is extended along the longitudinal direction of the fluid containment main body；Described second
Adjutage is connected with first adjutage backwards to one end of the interconnecting piece, and prolongs around the outer peripheral surface of the fluid containment main body
Stretch setting；It is formed with snapping notch between first adjutage, second adjutage and the interconnecting piece, the snapping is convex
It rises and is plugged in the snapping notch.
Preferably, the lid includes sealing-plug, outer cover and air pipe connector, the interconnecting piece and the sealing-plug phase
Even, the first end of the sealing-plug is plugged in that the fluid containment is intracavitary, and the second end of the sealing-plug is plugged in the outer cover
Interior, the outer cover is set on the air pipe connector.
The utility model has the following beneficial effects: since the side of the fluid containment component is provided at least two peaces
Region is filled, each installation region is at least provided with a mounting portion, the gas source or circuit control component may be selected and it
In an installation region the mounting portion be connected.It can be according to installation environment needs, by the gas source or institute when installation
It states circuit control component to be connected on one of those described installation region, i.e., its structure can be adjusted as needed, preferably
Ground avoids by environmental restrictions and cannot install or be inconvenient to the problem of installing, thus convenient for assembly, assemble more flexible, application
Scene is wider.
Detailed description of the invention
Fig. 1 be the utility model assemble flexible fluid coating unit fluid containment component and circuit control component it is preferred
The structural schematic diagram of embodiment；
Fig. 2 is the enlarged drawing of a-quadrant shown in FIG. 1；
Fig. 3 is the structural schematic diagram at another visual angle of Fig. 1；
Fig. 4 is the structural schematic diagram at another visual angle of Fig. 1；
Fig. 5 is the structural schematic diagram of the flow control component of the utility model；
Fig. 6 is the cross-sectional view of the flow control component of the utility model shown in Fig. 5；
Fig. 7 is inserted with for the fluid containment component that the utility model shown in Fig. 1 assembles flexible fluid coating unit and is used for
Fill the cross-sectional view when container of fluid；
Fig. 8 is the structural schematic diagram for the sealing cover that the utility model shown in Fig. 1 assembles flexible fluid coating unit；
Fig. 9 is the cross-sectional view for the sealing cover that the utility model shown in Fig. 1 assembles flexible fluid coating unit.
Specific embodiment
The utility model is described in detail with reference to the accompanying drawings and examples.It should be noted that if do not conflicted,
Each feature in the utility model embodiment and embodiment can be combined with each other, the protection scope of the utility model it
It is interior.
Fig. 1 to Fig. 9 is please referred to, the utility model discloses a kind of flexible fluid coating units of assembly comprising fluid
Containing component 100 and flow control component 200, the fluid containment component 100 are provided with fluid containment chamber a and deflector hole b, institute
Fluid containment chamber a is stated to be used to directly accommodate fluid or the container 300 equipped with fluid, for feeding of being more convenient for, in the present embodiment,
The container 300 equipped with fluid is inserted into the fluid containment chamber a when use.The fluid can be glue, liquid medicine, oil
Rouge, liquid crystal, scaling powder, solder flux (such as tin cream), paint fluid, therefore, the type of the fluid is not specifically limited herein.It is described
The first end of deflector hole b is connected with the fluid containment chamber a, the second end of the deflector hole b and the fluid containment component
The outer surface of 100 the first side wall c is connected.
The outer surface of the first side wall c of the fluid containment component 100 is provided with the first positioning region d, the flow control
Component 200 processed is provided with the second positioning region e being mutually matched with the first positioning region d, and the flow control component 200 passes through
The second positioning region e is detachably connected with the fluid containment component 100, the flow control component 200 and the water conservancy diversion
Hole b conducting connection.The flow control component 200 is mounted on the fluid containment portion by the second positioning region e when installation
On part 100, the deflector hole b is just aligned with the flow control component 200 automatically, thus, relatively convenient for handling, improve production
Efficiency.
Wherein, the flow control component 200 can be flow valve or other flow control switch, and structure is not done herein
It is specific to limit.In the present embodiment, the flow control component 200 is flow valve.In one embodiment, the flow control
Component 200 is solderable to be fixed on fluid containment component 100, or is connected with 100 magnetic of fluid containment component, therefore,
Connection type between the fluid containment component 100 and flow control component 200 is not specifically limited herein.
Preferably, the fluid containment component 100 is additionally provided with the second sidewall f being vertically connected with the first side wall c
And third the side wall n, the first positioning region d opposite with the position the second sidewall f is along the fluid containment component 100
The locating convex block that is laterally extended of the first side wall c, i.e., the described locating convex block protrudes from the outer surface of the first side wall c, described
Second positioning region e is the positioning groove being laterally extended along the flow control component 200, and the locating convex block is plugged in described fixed
In the groove of position, thus when installation, it is only necessary to push the flow control component 200 in the horizontal direction, can be installed, because just
In installation.Further, since the locating convex block is laterally extended setting along the first side wall c of the fluid containment component 100, because
And the flow control component 200 can be preferably supported, avoid the flow control component 200 from shaking.
Preferably, the first side of the locating convex block is provided with the first card slot g, and the first cell wall of the positioning groove is set
It is equipped with the first fixture block h, the first fixture block h is plugged in the first card slot g.The second side of the locating convex block is provided with
Second card slot i, the first card slot g and the second card slot i is located at the opposite two sides in the locating convex block position, the positioning
Second cell wall of groove is provided with the second fixture block j, the first fixture block h and is oppositely arranged with the position the second fixture block j, and described
Two fixture block j are plugged in the second card slot i.By the first fixture block h and the second fixture block j respectively with the first card slot g
And the second card slot i cooperation, thus the flow control valve is preferably prevented arbitrarily to slide.In the present embodiment, the positioning is recessed
The slot two sides opposite with 200 position of flow control component are connected, thus are not only convenient for manufacturing, and be not easy to occur
Stuck phenomenon.
Preferably, the locating convex block is additionally provided with the first fixation hole q, is provided at the cell wall of the positioning groove and institute
The corresponding second fixation hole r in the first position fixation hole q is stated, is inserted in the first fixation hole q and the second fixation hole r
Fixing bolt (not shown), thus it is more steady that the fluid containment component 100 can be made to connect with the flow control component 200
Gu.
Preferably, the fluid containment component 100 includes fluid containment main body 10 and sealing cover 20, the fluid containment master
Body 10 is provided with the first of the fluid containment chamber a and deflector hole b, the fluid containment chamber a and the fluid containment main body 10
End end face is connected, and the deflector hole b is located at the second end of the fluid containment main body 10.The lid of sealing cover 20 is located at described
In the first end of fluid containment main body 10, and be connected with the detachable snapping of the fluid containment main body 10, thus it is easy to disassemble, make
With and maintenance.The sealing cover 20 is provided with the inlet channel p being connected with the fluid containment chamber a, by that will press when use
Contracting gas injects in the fluid containment chamber a from the inlet channel p, and the fluid in fluid containment chamber a is by compressed gas
It acts on and flows into the flow control component 200 via the deflector hole b, fluid is sent out through the flow control component 200.It is logical
It crosses and the inlet channel p is set, thus keep fluid conveying more smooth.
Preferably, snapping protrusion k, the sealing cover 20 are provided at the first end outer peripheral surface of the fluid containment main body 10
Including lid 21 and fastener 22, the lid of lid 21 is located in the first end of the fluid containment main body 10, the fastener
22 are located at the endface of the lid 21, and the fastener 22 includes interconnecting piece 221, the first adjutage 222 and the second adjutage
223.The interconnecting piece 221 is connected with the lid 21, and first adjutage 222 is connected with the interconnecting piece 221, and along institute
The longitudinal direction for stating fluid containment main body 10 is extended.Second adjutage 223 is with first adjutage 222 backwards to the company
One end of socket part 221 is connected, and is extended around the outer peripheral surface of the fluid containment main body 10.First adjutage 222, institute
It states and is formed with snapping notch 224 between the second adjutage 223 and the interconnecting piece 221, the snapping protrusion k is plugged in the button
It connects in notch 224.By rotating the lid 21 when use, make the snapping protrusion k be plugged in the snapping notch 224 or
Person skids off from the snapping notch 224, to realize connection or release connection.Pass through the fastener 22 and snapping protrusion k
Cooperation, thus not only connection is reliable, but also convenient for manufacture.
It is understood that in one embodiment, being provided at the first end outer peripheral surface of the fluid containment main body 10
Snapping protrusion k, the inner peripheral surface of the sealing cover 20 are provided with the snap groove of annular, the button of the snapping protrusion k and the annular
Access slot snapping is connected.Therefore, if the sealing cover 20 lid be located in the first end of the fluid containment main body 10, and with it is described
The detachable snapping of fluid containment main body 10 is connected, and structure is not specifically limited herein.
Preferably, the lid 21 includes sealing-plug 211, outer cover 212 and air pipe connector 213, the interconnecting piece 221 with
The sealing-plug 211 is connected, and the first end of the sealing-plug 211 is plugged in the fluid containment chamber a, the sealing-plug 211
Second end be plugged in the outer cover 212, the second end position of the first end of the sealing-plug 211 and the sealing-plug 211
It is oppositely arranged, the sealing-plug 211 is provided with the first air inlet 214, and the outer cover 212 is set in the air pipe connector 213
On, the air pipe connector 213 is provided with the second air inlet 215, second air inlet 215 and first air inlet 214
Connection, second air inlet 215 form the inlet channel p with first air inlet 214.In use, passing through the gas
Pipe connector 213 is connect with external compression gas source, thus is easy to use.By being arranged the outer cover 212, thus can preferably into
Row keeps the temperature and prevents from scalding user when work.
Preferably, in a ring, the interconnecting piece 221 is set on the sealing-plug 211 interconnecting piece 221, thus just
In assembling, production efficiency is improved.211 outer peripheral surface of sealing-plug is provided with fixing groove 2111 and is set in the fixing groove
Elastic seal ring (not shown) in 2111, the elastic seal ring are abutted with the cavity wall elasticity of the fluid containment chamber a,
Thus preferably fluid is hindered to overflow, improves safety.
Preferably, the fluid containment main body 10 includes storing unit 1, pedestal 2 and heat preservation member 3, and the storing unit 1 is provided with
The fluid containment chamber a, through-hole m and the snapping protrusion k, the through-hole m are connected with the fluid containment chamber a, the storage
Materials and parts 1 are inserted on the pedestal 2, and the pedestal 2 is provided with the deflector hole b and the first positioning region d, the deflector hole
B is L-shaped, and the deflector hole b is connected with the through-hole m, and the heat preservation member 3 is set on the storing unit 1, thus preferably
Keep the temperature of the fluid in the fluid containment chamber a within a preset range.The heat preservation member 3 can by mineral wool, mineral wool,
The materials such as refractory fibre, polystyrene foam plastics or polyurethane foam plastics are made, and material is not specifically limited herein, only
It can be realized heat preservation.It is understood that in one embodiment, the fluid containment main body 10 may not need setting
The heat preservation member 3.Preferably, being additionally provided with sealing ring s at the hole wall of the through-hole m, the sealing ring s is described for being set in
On container 300, thus in use, preferably avoiding in the fluid reflux of the deflector hole b to the storing component 1.
Preferably, the fluid containment main body 10 further includes the first connector 41, and the pedestal 2 is provided with and the through-hole
The first connecting hole t that m and the deflector hole b are connected, first connector 41 are at least partly plugged in first connection
In the t of hole, first connector 41 is detachably connected with the pedestal 2, thus is worked as and needed to clean the fluid containment chamber a and institute
When stating through-hole m, first connector 41 is taken out, can be cleaned, thus cleaned more convenient.In the present embodiment, institute
The first connecting hole t is stated to be located at the underface of the through-hole m and be connected with the bottom surface of the pedestal 2.
Preferably, the fluid containment main body 10 further includes the second connector 42, and the storing unit 1 is additionally provided with the second company
Hole 11 is connect, the pedestal 2 is additionally provided with third connecting hole u, the position phase of second connecting hole 11 and the third connecting hole u
Corresponding, second connector 42 is plugged in second connecting hole 11 and the third connecting hole u, and the storing unit 1 is logical
Second connector 42 is crossed to be detachably connected with the pedestal 2.Thus, different storings can be replaced according to the usage amount of fluid
Part 1, thus preferably avoid wasting the fluid.
Preferably, the fluid containment main body 10 further includes fixed block 5, and one end endface of the heat preservation member 3 is provided with
Notch 31 is accommodated, the fixed block 5 is set on the storing unit 1 and is plugged in the receiving notch 31, the heat preservation member 3
It is arranged and is connected with the fixed block 5, to be located at 3 position of heat preservation member opposite two for the fixed block 5 and the pedestal 2
End.By the way that the fixed block 5 is arranged, thus keep the fixation of heat preservation member 3 more firm, in addition, and can set on the fixed block 5
Mark is set, it is user-friendly.Wherein, it is formed with gap between the heat preservation member 3 and the storing unit 1, thus can be preferably
It is kept the temperature.
Preferably, the fluid containment main body 10 further includes clamping ring 6, and the clamping ring 6 is set in the storing unit 1
On, the inner peripheral surface of the clamping ring 6 and the storing unit 1 are interference fitted, the outer peripheral surface of the clamping ring 6 and the fixed block 5
Interference fit, thus connect more firm.
Preferably, the side of the fluid containment component 100 is provided at least two installation regions, each installing zone
At least provided with a mounting portion, the installation region includes the first installation region in domain, and the mounting portion includes the first mounting portion
71.Specifically, the side of the fluid containment component 100 is provided at least two first installations for connecting with gas source
Region, each first installation region at least provided with first mounting portion 71, the gas source and one of those
First mounting portion 71 of first installation region is connected, and the gas source passes through first mounting portion 71 and the flow
The conducting connection of control unit 200, is worked with controlling the amount control unit 200.
Since the side of the fluid containment component 100 is provided at least two first installation regions, thus, it can be according to peace
It fills environment to need, the gas source is connected on one of those described first installation region, thus convenient for assembly.For example,
It, can be mounted in the left side or the right of the mechanical arm of automation equipment, convenient for being integrated into automation equipment in practice.At this
In embodiment, the second sidewall f and the third side wall n are provided with first installation region, i.e., described first installation
The quantity in region is two, and first installation region is located on the second sidewall f, another first installation region is located at institute
It states on third side wall n.Each first installation region is respectively provided with there are two first mounting portion 71.
Preferably, first mounting portion 71 include the first groove 711 and gas port 712, the gas port 712 with it is described
Groove and the conducting connection of the flow control component 200, the cross section of first groove 711 is in polygon, thus is fixed more
It is firm.
Preferably, first mounting portion 71 further includes the second groove 713, and second groove 713 is in circular ring shape, described
Second groove 713 is arranged around first groove 711 and for connecting with the gas source, thus can increase the stabilization of connection
Property, and gas circuit is more unobstructed.
Preferably, the flexible fluid coating unit of assembly further includes circuit control component 72 and heating element (in figure
It is not shown), the installation region further includes the second installation region, and the mounting portion further includes the second mounting portion, the heating part
Part is arranged in the fluid containment component 100, and the side of the fluid containment component 100 is provided at least two and is used for and institute
Second installation region of the connection of circuit control component 72 is stated, each second installation region is at least provided with described in one
Second mounting portion 721,721 phase of the second mounting portion of the circuit control component 72 and one of those the second installation region
Even, it and is electrically connected with the heating element.The circuit control component 72 is for controlling the heating element work.
Since the side of the fluid containment component 100 is provided at least two second installation regions, thus, it can be according to peace
It fills environment to need, on second installation region that the circuit control component 72 is installed therein, thus convenient for dress
Match.In the present embodiment, the second sidewall f and third side wall n is provided with second installation region, and described second
Mounting portion 721 is mounting hole.When the heating element works, the temperature in the fluid containment chamber a is up to 170 DEG C.It can manage
Solution, the temperature can be configured as needed, be not specifically limited herein.
In the present embodiment, the circuit control component 72 is provided with the mounting post (figure being connected with the mounting hole grafting
In be not shown).In one embodiment, second mounting portion 721 is hook, and the circuit control component 72 hangs over the extension
On hook.Therefore, the structure of second mounting portion 721 is not specifically limited herein.
Preferably, the fluid containment main body 10 further includes the first installing component 8, and first installing component 8 includes branch
Bracer 81 and link block 82, the supporting block 81 are located at the pedestal 2 backwards to one end of the storing unit 1, the supporting block 81
It is detachably connected by first connector 41 and the pedestal 2, the link block 82 is connected with the supporting block 81 and position
In the heat preservation component 3 backwards to the side of the flow control component 200, for the fluid containment main body 10 to be fixed on mesh
It marks on object.When assembling, it is only necessary to the supporting block 81 is fixed on the pedestal 2 by first connector 41,
It is fixed without additional connecting component, thus production efficiency can be improved.
Preferably, the flow control component 200 includes body 90, the first seal receptacle 91, the second seal receptacle 92, piston 93
And thimble 94, the first accommodating chamber 901, the second accommodating chamber 902 and third accommodating chamber 903 are provided in the body 90；Described
Three accommodating chambers 903 between first accommodating chamber 901 and second accommodating chamber 902, and with first accommodating chamber 901
And second accommodating chamber 902 is connected；It is provided in the cavity wall of first accommodating chamber 901 with the gas port 712 one by one
The first stomata 904 and the second stomata 905 being correspondingly arranged, first stomata 904 and second stomata 905 are located at institute
State the opposite two sides in 93 position of piston；The cavity wall of second accommodating chamber 902 is provided with butt hole z, the flow control component
200 are connected connection with the deflector hole b by butt hole z, and 90 outer wall of body is provided with the second positioning region e, described
First fixture block h and the second fixture block j.
First seal receptacle 91, which covers, is located at first accommodating chamber 901 backwards to one end of second accommodating chamber 902, institute
It states the second seal receptacle 92 lid and is located at second accommodating chamber 902 backwards to one end of first accommodating chamber 901, second sealing
Seat 92 is provided with fluid tap 920；93 activity of piston is plugged in first accommodating chamber 901, and the thimble 94 is inserted
Be located in first accommodating chamber 901, the second accommodating chamber 902 and the third accommodating chamber 903, the first end of the thimble 94 with
The piston 93 is connected, and the second end of the thimble 94 is plugged in the fluid tap 920, is accommodated with controlling described second
Whether the fluid in chamber 902 is discharged from the fluid tap 920.
In the present embodiment, second seal receptacle 92 include pedestal 921 and flow-guiding mouth 922, the pedestal 921 with it is described
Body 90 is connected, and the flow-guiding mouth 922 is plugged in the pedestal 921, and the flow-guiding mouth 922 is provided with the fluid tap
920.When work, gas is discharged into first accommodating chamber 901 by the gas source from the gas port 712, to control the work
Plug 93 moves up and down, and is inserted into the fluid tap 920 or out of described fluid tap 920 to control the thimble 94
Extract, with control the fluid in second accommodating chamber 902 whether from the fluid tap 920 be discharged.
Preferably, the flow control component further includes elastic component 95, the first end of the elastic component 95 and described first
Seal receptacle 91 abuts, and the second end of the elastic component 95 is abutted against with the piston 93, for applying to the piston 93 towards institute
State the active force in 902 direction of the second accommodating chamber.Thus when thimble 94 is when sealing the fluid tap 920, better tightness.
Preferably, the flow control component further includes guide pipe 96, and the guide pipe 96 is set on the thimble 94,
The first end of the guide pipe 96 is plugged in second accommodating chamber 902, and the second end of the guide pipe 96 is plugged in described
In second seal receptacle 92, thus it can avoid breaking the thimble 94 because the thimble 94 is swung.
In conclusion in the flexible fluid spray equipment of the assembly of the utility model, due to the fluid containment component 100
Side be provided at least two installation regions, each installation region at least provided with a mounting portion, the gas source or
Circuit control component 72 may be selected to be connected with the mounting portion of installation region described in one of those.It can be according to installation when installation
Environment needs, and the gas source or the circuit control component 72 are connected on one of those described installation region, i.e., it is tied
Structure can be adjusted as needed, preferably avoided by environmental restrictions and cannot be installed or be inconvenient to the problem of installing, because
And convenient for assembly, assembly is more flexible, and application scenarios are wider.
The flexible fluid spray equipment of assembly provided by the utility model is described in detail above, is answered herein
The principles of the present invention and embodiment are expounded with specific case, the explanation of above example is only intended to sides
Assistant solves the method and its core concept of the utility model；At the same time, for those skilled in the art is practical new according to this
The thought of type, there will be changes in the specific implementation manner and application range.In conclusion the content of the present specification is only this
The embodiment of utility model, therefore it does not limit the scope of the patent of the utility model, all to utilize the utility model specification
And equivalent structure or equivalent flow shift made by accompanying drawing content, it is applied directly or indirectly in other relevant technical fields,
It is also included in the patent protection scope of the utility model, should not be construed as a limitation of the present invention.
Claims (10)
1. a kind of flexible fluid spray equipment of assembly, which is characterized in that including fluid containment component, the fluid containment component
For accommodating fluid to be sprayed, the side of the fluid containment component is provided at least two installation regions, each peace
Region is filled at least provided with a mounting portion, the mounting portion with gas source or circuit control component for connecting.
2. assembling flexible fluid spray equipment as described in claim 1, which is characterized in that the flexible fluid spray of assembly
Coating device further includes flow control component, and the installation region includes the first installation region, and the mounting portion includes the first installation
Portion, first mounting portion include the first groove and gas port, and first groove with the gas source for connecting, the air guide
Connection is connected with first groove and the flow control component in hole.
3. assembling flexible fluid spray equipment as claimed in claim 2, which is characterized in that first mounting portion further includes
Second groove, second groove are in circular ring shape, and second groove is arranged and is used for and the gas around first groove
Source connection.
4. the flexible fluid spray equipment of assembly as described in any one of claims 1 to 3, which is characterized in that the assembly spirit
Fluid coating unit living further includes heating element, and the heating element is arranged in the fluid containment component, the installation
Region includes the second installation region, and the mounting portion includes the second mounting portion, and second mounting portion is used for and the circuit control
Component connection processed, the circuit control component is for controlling the heating element work.
5. assembling flexible fluid spray equipment as claimed in claim 2 or claim 3, which is characterized in that the fluid containment component
It is additionally provided with fluid containment chamber and deflector hole, the first end of the deflector hole is connected with the fluid containment chamber, the water conservancy diversion
The second end in hole is connected with the outer surface of the first side wall of the fluid containment component；First side of the fluid containment component
The outer surface of wall is provided with the first positioning region, and the flow control component is provided with to be mutually matched with first positioning region
Second positioning region, the flow control component are detachably connected by second positioning region and the fluid containment component, institute
It states flow control component and connection is connected with the deflector hole.
6. assembling flexible fluid spray equipment as claimed in claim 5, which is characterized in that first positioning region is along institute
The locating convex block that the first side wall of fluid containment component is laterally extended is stated, second positioning region is along the flow control component
The positioning groove being laterally extended, the locating convex block are plugged in the positioning groove.
7. assembling flexible fluid spray equipment as claimed in claim 6, which is characterized in that the first side of the locating convex block
Face is provided with the first card slot, and the first cell wall of the positioning groove is provided with the first fixture block, and first fixture block is plugged in described
In first card slot.
8. assembling flexible fluid spray equipment as claimed in claim 5, which is characterized in that the fluid containment component includes
Fluid containment main body and sealing cover, the fluid containment main body are provided with the fluid containment chamber, the deflector hole and described
One positioning region, the fluid containment chamber are connected with the first end end face of the fluid containment main body, and the deflector hole is located at institute
State the second end of fluid containment main body；The sealing cover lid is located in the first end of the fluid containment main body, and with the stream
Body accommodates the detachable snapping of main body and is connected；The sealing cover is provided with the inlet channel being connected with the fluid containment chamber.
9. assembling flexible fluid spray equipment as claimed in claim 8, which is characterized in that the of the fluid containment main body
Snapping protrusion is provided at the outer peripheral surface of one end, the sealing cover includes lid and fastener, and the cover cap is located at the fluid
In the first end for accommodating main body, the fastener is located at the endface of the lid, and the fastener includes interconnecting piece, first prolongs
Semi-girder and the second adjutage；The interconnecting piece is connected with the lid, and first adjutage is connected with the interconnecting piece, and edge
The longitudinal direction of the fluid containment main body is extended；Second adjutage and first adjutage are backwards to the interconnecting piece
One end is connected, and is extended around the outer peripheral surface of the fluid containment main body；First adjutage, second adjutage and
Snapping notch is formed between the interconnecting piece, the snapping protrusion is plugged in the snapping notch.
10. assembling flexible fluid spray equipment as claimed in claim 9, which is characterized in that the lid include sealing-plug,
Outer cover and air pipe connector, the interconnecting piece are connected with the sealing-plug, and the first end of the sealing-plug is plugged in the fluid
In accommodating chamber, the second end of the sealing-plug is plugged in the outer cover, and the outer cover is set on the air pipe connector.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820992375.4U CN208643161U (en) | 2018-06-26 | 2018-06-26 | Assemble flexible fluid spray equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820992375.4U CN208643161U (en) | 2018-06-26 | 2018-06-26 | Assemble flexible fluid spray equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208643161U true CN208643161U (en) | 2019-03-26 |
Family
ID=65781664
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820992375.4U Active CN208643161U (en) | 2018-06-26 | 2018-06-26 | Assemble flexible fluid spray equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208643161U (en) |
-
2018
- 2018-06-26 CN CN201820992375.4U patent/CN208643161U/en active Active
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| TR01 | Transfer of patent right |
Effective date of registration: 20211109 Address after: 523452 Room 201, building 4, No. 100, Taxin Road, Dongkeng Town, Dongguan City, Guangdong Province Patentee after: Guangdong yudixin Precision Technology Co.,Ltd. Address before: 409-410, building C, 73 Huahui Road, Dalang street, Longhua District, Shenzhen, Guangdong 518000 Patentee before: SHENZHEN WEIHUA TECHNOLOGY CO.,LTD. |