CN110559947A - Industrial production is with indoor overlooking feeding device - Google Patents
Industrial production is with indoor overlooking feeding device Download PDFInfo
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- CN110559947A CN110559947A CN201910873865.1A CN201910873865A CN110559947A CN 110559947 A CN110559947 A CN 110559947A CN 201910873865 A CN201910873865 A CN 201910873865A CN 110559947 A CN110559947 A CN 110559947A
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- liquid
- static
- thread structure
- bolt
- hole
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01F—MIXING, e.g. DISSOLVING, EMULSIFYING OR DISPERSING
- B01F35/00—Accessories for mixers; Auxiliary operations or auxiliary devices; Parts or details of general application
- B01F35/71—Feed mechanisms
- B01F35/712—Feed mechanisms for feeding fluids
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01F—MIXING, e.g. DISSOLVING, EMULSIFYING OR DISPERSING
- B01F35/00—Accessories for mixers; Auxiliary operations or auxiliary devices; Parts or details of general application
- B01F35/71—Feed mechanisms
- B01F35/717—Feed mechanisms characterised by the means for feeding the components to the mixer
- B01F35/7179—Feed mechanisms characterised by the means for feeding the components to the mixer using sprayers, nozzles or jets
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- Chemical Kinetics & Catalysis (AREA)
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Abstract
The invention discloses an indoor overlook feeding device for industrial production, which comprises a top mounting substrate internally provided with a plurality of main bolt holes. The invention is installed right above the liquid storage pool, then the liquid additive is injected into the liquid storage pool with larger pressure, and under the action of the mist spray nozzle, the liquid additive is sprayed out in a mist shape, so under the influence of gravity and wind power, the liquid additive is mixed with the liquid in the liquid storage pool more quickly and sufficiently, and the mist body rotates and spreads in a centrifugal force rotating mode, so the range is wide.
Description
Technical Field
The invention relates to the technical field of feeding devices, in particular to an indoor overlooking feeding device for industrial production.
Background
at present, in the industrial production process, additives need to be put into an indoor liquid storage tank, and a common putting mode is to inject the additives by using a pipeline, so that the mixing capability is poor, the efficiency is low, and the quality influence on a mixed product is caused, and the limitation is large.
Disclosure of Invention
The invention aims to provide an indoor overlooking feeding device for industrial production, which solves the problems in the background technology.
In order to achieve the purpose, the invention provides the following technical scheme: an indoor overlooking feeding device for industrial production comprises a top mounting substrate which is internally provided with a plurality of main bolt holes, a spiral spring elastic force abutting type thread structure loosening prevention mechanism is installed at the top of the top mounting substrate, a driving motor installation shell is installed at the bottom center of the top mounting substrate through bolts, a driving motor is installed inside the driving motor installation shell, a main hollow rod body is connected to the bottom end of a motor main shaft in the driving motor through a main connecting flange disc, a main hollow structure is arranged at the center of the main hollow rod body, a main through hole structure communicated with the main hollow structure is arranged in the middle of the side face of the main hollow rod body, the rod body of the main hollow rod body is installed in a rotating part connecting static liquid inlet mechanism, the rotating part connecting static liquid inlet mechanism is connected with the lower surface of the top mounting substrate through a bolt connecting plane and an annular body butt joint fixing mechanism, the main hollow rod body bottom is provided with the main circular plate body rather than the integral type structure, the center of main circular plate body is provided with the main pipeline hole of intercommunication main hollow structure, the inside of main circular plate body is provided with a plurality of branch pipeline holes that are the setting of annular array, every the tip in branch pipeline hole all is provided with part installation space, every a vaporific shower nozzle is all installed to part installation space's inside, a flabellum is installed through main connecting plate in main circular plate body bottom center.
Further, the spiral spring elastic force contact type anti-thread structure loosening mechanism comprises a connecting plate for a spiral spring elastic force contact type anti-thread structure loosening mechanism, a bolt hole for a spiral spring elastic force contact type anti-thread structure loosening mechanism, a hollow pipeline structure for a spiral spring elastic force contact type anti-thread structure loosening mechanism, an insertion hole for a spiral spring elastic force contact type anti-thread structure loosening mechanism, an insertion rod for a spiral spring elastic force contact type anti-thread structure loosening mechanism, a top contact plate for a spiral spring elastic force contact type anti-thread structure loosening mechanism and a spiral spring for a spiral spring elastic force contact type anti-thread structure loosening mechanism; helical spring elasticity is to the inside of formula anti-thread structure lax mechanism connecting plate be provided with a plurality of helical spring elasticity and is supported the formula and prevent that the bolt hole for the helicitic structure lax mechanism is lacked, helical spring elasticity is supported the formula and is prevented that the helicitic structure lax mechanism uses connecting plate top center to be provided with and is supported the formula with helical spring elasticity and prevent that the helicitic structure lax mechanism uses the helical spring elasticity of connecting plate formula structure as an organic whole to be supported the formula and prevent that the helicitic structure lax mechanism uses the hollow pipe structure, helical spring elasticity is supported the formula and is prevented that the helicitic structure lax mechanism uses the inside center of hollow pipe structure and is provided with the helical spring elasticity and supports the formula and prevent that the helicitic structure lax mechanism uses the patchhole, helical spring elasticity supports the formula and prevents that the interior of patchhole for the helicitic structure lax mechanism inserts a helical spring elasticity and supports the suction pole for the mechanism, helical spring elasticity supports formula and prevents that the helicitic structure lax mechanism uses suction pole top installation a helical spring elasticity Screw thread structure lax is prevented to formula top touch panel for mechanism, screw spring elasticity supports to contact formula and prevents that screw thread structure lax mechanism supports to install a screw spring elasticity and support formula and prevent screw thread structure lax for mechanism spiral spring between the top touch panel for mechanism with screw spring elasticity.
Further, the initial length of the spiral spring for the spiral spring elastic force contact type anti-loosening mechanism is greater than the depth of the insertion hole for the spiral spring elastic force contact type anti-loosening mechanism.
Further, the connecting plate for the spiral spring elastic force contact type anti-thread structure loosening mechanism is connected with a main bolt hole in the top mounting base plate through a bolt.
Further, the bolt connection type plane and ring body butt joint fixing mechanism comprises a ring body for the bolt connection type plane and ring body butt joint fixing mechanism, a central hole for the bolt connection type plane and ring body butt joint fixing mechanism, a connecting rod for the bolt connection type plane and ring body butt joint fixing mechanism, a connecting plate for the bolt connection type plane and ring body butt joint fixing mechanism and a bolt hole for the bolt connection type plane and ring body butt joint fixing mechanism; the center of the ring body for the bolt connection type plane and ring body butt joint fixing mechanism is provided with a center hole for the bolt connection type plane and ring body butt joint fixing mechanism, the center hole is communicated with the upper surface and the lower surface of the ring body for the bolt connection type plane and ring body butt joint fixing mechanism, the upper surface of the ring body for the bolt connection type plane and ring body butt joint fixing mechanism is provided with a plurality of connecting rods for the bolt connection type plane and ring body butt joint fixing mechanism, each top end of each connecting rod for the bolt connection type plane and ring body butt joint fixing mechanism is provided with a connecting plate for the bolt connection type plane and ring body butt joint fixing mechanism, and a plurality of bolt connection type plane and bolt holes for the ring body butt joint fixing mechanism are arranged inside the connecting plate for the bolt connection type plane.
Further, the bolt connection type plane and annular body butting and fixing mechanism is mounted on the lower surface of the top mounting base plate through a connecting plate for a bolt connection type plane and annular body butting and fixing mechanism through bolts.
Furthermore, a rotating part connected with a static liquid introducing mechanism is arranged in the center hole for the bolt connection type plane and annular body butting and fixing mechanism.
The rotary part is connected with the static liquid introducing mechanism and comprises an annular shell for the rotary part to be connected with the static liquid introducing mechanism, a liquid storage space for the rotary part to be connected with the static liquid introducing mechanism, a liquid injection pipeline for the rotary part to be connected with the static liquid introducing mechanism, a liquid introducing hole for the rotary part to be connected with the static liquid introducing mechanism, a mounting hole for the rotary part to be connected with the static liquid introducing mechanism, a sealing ring mounting groove structure for the rotary part to be connected with the static liquid introducing mechanism, a bearing mounting groove structure for the rotary part to be connected with the static liquid introducing mechanism, a sealing ring for the rotary part to be connected with the static liquid introducing mechanism and a bearing for the rotary part to be connected with the; the liquid storage space for mechanism is connected to rotary part connection static formula liquid and is let in to the inside center of annular shell for mechanism is provided with rotary part connection static formula liquid and let in to the liquid storage space for mechanism, the middle part that rotary part connection static formula liquid let in to mechanism annular shell one side is provided with the rotary part connection static formula liquid and lets in to mechanism liquid injection pipeline for mechanism with rotary part connection static formula liquid, the inside that rotary part connection static formula liquid lets in to mechanism liquid injection pipeline is provided with the rotary part connection static formula liquid and lets in the liquid storage space for mechanism outside the intercommunication and rotary part connection static formula liquid and let in to mechanism liquid access hole for mechanism, the rotary part connection static formula liquid lets in the center of annular shell for mechanism and is provided with the rotary part connection static formula liquid and lets in the mechanism liquid storage space for mechanism outside the intercommunication and rotary part connection static formula liquid and connects static formula And the rotary part is connected with the mounting hole for the static liquid inlet mechanism and is provided with a sealing ring mounting groove structure for the rotary part to connect the static liquid inlet mechanism at the opposite end, the other end of the mounting hole for the rotary part to connect the static liquid inlet mechanism is provided with a bearing mounting groove structure for the rotary part to connect the static liquid inlet mechanism, and the sealing ring mounting groove structure for the rotary part to connect the static liquid inlet mechanism and the bearing mounting groove structure for the rotary part to connect the static liquid inlet mechanism are respectively arranged inside the sealing ring mounting groove structure for the rotary part to connect the static liquid inlet mechanism and the bearing for the rotary part to connect the static liquid inlet mechanism.
Furthermore, the side face of the rotating part, which is connected with the annular shell for the static liquid introducing mechanism, is arranged in the central hole for the bolt connection type plane and the annular body butt joint fixing mechanism.
Further, the rotating part is connected with the sealing ring for the static liquid feeding mechanism and the rotating part is connected with the center of the bearing for the static liquid feeding mechanism, the rod body of the main hollow rod body is installed at the center of the bearing, and the main through hole structure in the main hollow rod body is located in the liquid storage space for the static liquid feeding mechanism connected with the rotating part.
Compared with the prior art, the invention has the beneficial effects that: the invention is installed right above the liquid storage pool, then the liquid additive is injected into the liquid storage pool with larger pressure intensity, then the liquid additive is sprayed out in a mist shape under the action of the mist spray nozzle, so the liquid additive is quickly and fully mixed with the liquid in the liquid storage pool under the influence of gravity and wind power, and the mist body is rotationally dispersed in a centrifugal force rotating mode, so the range of the mist body is wide, moreover, the device is provided with a screw spring elastic force contact type thread structure loosening prevention mechanism, and can enable a bolt for installation to be in a tight state under the action of the screw spring, thereby preventing loosening among threads, in addition, the device is provided with a bolt connection type plane and annular body butt joint fixing mechanism, and can realize the fixed connection effect between the plane structure and the annular body under the action of the bolt, in addition, the device is provided with a rotating part connected with a static liquid introducing mechanism, can be arranged on the surface of a rotating component, and realizes the injection effect of the outside liquid in a static mode.
Drawings
FIG. 1 is a schematic view of a full-section structure of an indoor overlooking feeding device for industrial production according to the present invention;
FIG. 2 is a schematic structural view of a helical spring elastic force contact type anti-thread structure loosening mechanism in an indoor overlooking feeding device for industrial production according to the present invention;
FIG. 3 is a schematic structural view of a bolt-connected planar and annular body butting and fixing mechanism in an indoor overhead feeding device for industrial production according to the present invention;
FIG. 4 is a schematic structural view of a stationary liquid feeding mechanism connected to a rotating member of an indoor overhead feeding device for industrial production according to the present invention;
In the figure: 1, a top mounting base plate, 2, a main bolt hole, 3, a driving motor mounting housing, 4, a driving motor, 5, a motor spindle, 6, a main connecting flange, 7, a main hollow rod body, 8, a main through hole structure, 9, a main hollow structure, 10, a main circular plate body, 11, a main pipe hole, 12, a branch pipe hole, 13, a component mounting space, 14, a mist nozzle, 15, a main connecting plate, 16, a fan blade, 17, a coil spring elastic force contact type screw structure relaxation preventing mechanism, 171, a connecting plate for a coil spring elastic force contact type screw structure relaxation preventing mechanism, 172, a bolt hole for a coil spring elastic force contact type screw structure relaxation preventing mechanism, 173, a hollow pipe structure for a coil spring elastic force contact type screw structure relaxation preventing mechanism, 174, an insertion hole for a coil spring elastic force contact type screw structure relaxation preventing mechanism, 175, a rod for a coil spring elastic contact type screw structure relaxation preventing mechanism, 176, a top contact plate for a coil spring elastic force contact type screw structure loosening prevention mechanism, 177, a coil spring for a coil spring elastic force contact type screw structure loosening prevention mechanism, 18, a bolt connection type plane and ring body butt fixing mechanism, 181, a ring body for a bolt connection type plane and ring body butt fixing mechanism, 182, a center hole for a bolt connection type plane and ring body butt fixing mechanism, 183, a connecting rod for a bolt connection type plane and ring body butt fixing mechanism, 184, a connecting plate for a bolt connection type plane and ring body butt fixing mechanism, 185, a bolt hole for a bolt connection type plane and ring body butt fixing mechanism, 19, a rotating member connecting a stationary liquid introduction mechanism, 191, a rotating member connecting a stationary liquid introduction mechanism ring housing, 192, a rotating member connecting a stationary liquid introduction mechanism liquid storage space, 193 which is connected with a liquid injection pipeline for a static liquid feeding mechanism 194, 195 which is connected with a liquid feeding hole for the static liquid feeding mechanism 195, 196 which is connected with a mounting hole for the static liquid feeding mechanism 196, 197 which is connected with a seal ring mounting groove structure for the static liquid feeding mechanism 197, 198 which is connected with a bearing mounting groove structure for the static liquid feeding mechanism 199, 199 which is connected with a bearing for the static liquid feeding mechanism.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
Referring to fig. 1, an embodiment of the present invention: top mounting substrate 1 including inside a plurality of king-bolt holes 2 that are provided with, top mounting substrate 1's top installation spiral spring elasticity is supported and is touched formula and prevent helicitic texture laxity mechanism 17, 1 bottom center of top mounting substrate is through a bolt installation driving motor installation shell 3, a driving motor installation shell 3's internally mounted driving motor 4, a king-bolt body 7 is connected through main connection flange dish 6 in driving motor 4 motor spindle 5's bottom, the center of king-bolt body 7 is provided with main hollow structure 9, the middle part of king-bolt body 7 side is provided with the king-bolt hole structure 8 of main hollow structure 9 of intercommunication, the body of rod of king-bolt body 7 is installed in the inside that a rotary part connects static formula liquid and lets in mechanism 19, rotary part connects between static formula liquid and lets in mechanism 19 upper surface and top mounting substrate 1's the lower surface through bolted connection formula plane and butt joint fixed establishment 18 of mechanism between the ring body Connect, main hollow body of rod 7 bottom is provided with the main disc body 10 rather than the integral type structure, the center of main disc body 10 is provided with the main pipeline hole 11 of intercommunication main hollow structure 9, the inside of main disc body 10 is provided with a plurality of branch pipeline holes 12 that are the setting of annular array, every the tip in branch pipeline hole 12 all is provided with part installation space 13, every a fog shower nozzle 14 is all installed to the inside of part installation space 13, a flabellum 16 is installed through main connecting plate 15 in main disc body 10 bottom center.
referring to fig. 2, the coil spring force contact type screw structure loosening prevention mechanism 17 includes a connecting plate 171 for a coil spring force contact type screw structure loosening prevention mechanism, a bolt hole 172 for a coil spring force contact type screw structure loosening prevention mechanism, a hollow pipe structure 173 for a coil spring force contact type screw structure loosening prevention mechanism, an insertion hole 174 for a coil spring force contact type screw structure loosening prevention mechanism, a draw-in rod 175 for a coil spring force contact type screw structure loosening prevention mechanism, a top contact plate 176 for a coil spring force contact type screw structure loosening prevention mechanism, and a coil spring 177 for a coil spring force contact type screw structure loosening prevention mechanism; the inside of connecting plate 171 for the mechanism is lacked to helical spring force contact type anti-thread structure lacked mechanism is provided with a plurality of helical spring force contact type anti-thread structure lacked mechanism bolt holes 172, the top center of connecting plate 171 for the mechanism is provided with helical spring force contact type anti-thread structure lacked mechanism hollow pipe structure 173 with connecting plate 171 for the mechanism is the integral structure with helical spring force contact type anti-thread structure lacked mechanism, the inside center of hollow pipe structure 173 for the mechanism is provided with a helical spring force contact type anti-thread structure lacked mechanism inserting hole 174, the inside of inserting hole 174 for the mechanism is lacked mechanism is inserted with a helical spring force contact type anti-thread structure lacked mechanism and is used the suction rod 175, a top contact plate 176 for a spiral spring elastic force contact type screw structure loosening prevention mechanism is installed at the top of the suction rod 175 for the spiral spring elastic force contact type screw structure loosening prevention mechanism, and a spiral spring 177 for a spiral spring elastic force contact type screw structure loosening prevention mechanism is installed between the connecting plate 171 for the spiral spring elastic force contact type screw structure loosening prevention mechanism and the top contact plate 176 for the spiral spring elastic force contact type screw structure loosening prevention mechanism; the initial length of the coil spring 177 for the spring force contact type screw structure loosening prevention mechanism is larger than the depth of the insertion hole 174 for the spring force contact type screw structure loosening prevention mechanism; helical spring elasticity is supported the formula and is prevented helicitic texture lax mechanism and connect with connecting plate 171 through the king bolt hole 2 of bolt mounting in top mounting substrate 1, and its main function is: after the installation, helical spring elasticity is supported formula and is prevented helicitic texture lax mechanism and can be contradicted on the surface of back timber with top touch panel 176, under helical spring's effect, can play the thrust effect to make atress between the screw, reduce its lax emergence of phenomenon.
Referring to fig. 3, the bolt-connected planar and annular body butting fixing mechanism 18 includes a bolt-connected planar and annular body 181 for the bolt-connected planar and annular body butting fixing mechanism, a central hole 182 for the bolt-connected planar and annular body butting fixing mechanism, a connecting rod 183 for the bolt-connected planar and annular body butting fixing mechanism, a connecting plate 184 for the bolt-connected planar and annular body butting fixing mechanism, and a bolt hole 185 for the bolt-connected planar and annular body butting fixing mechanism; a central hole 182 for a bolt connection type plane and ring body butting fixing mechanism, which communicates the upper surface and the lower surface of the ring body 181 for the bolt connection type plane and ring body butting fixing mechanism, is formed in the center of the ring body 181 for the bolt connection type plane and ring body butting fixing mechanism, a plurality of connecting rods 183 for the bolt connection type plane and ring body butting fixing mechanism are mounted on the upper surface of the ring body 181 for the bolt connection type plane and ring body butting fixing mechanism, a connecting plate 184 for the bolt connection type plane and ring body butting fixing mechanism is mounted at the top end of each connecting rod 183 for the bolt connection type plane and ring body butting fixing mechanism, and a plurality of bolt connection type plane and ring body butting fixing mechanism bolt holes 185 are formed in the connecting plate 184 for the bolt connection type plane and ring body butting fixing mechanism; the bolt connection type plane and annular body butt joint fixing mechanism is mounted on the lower surface of the top mounting base plate 1 through a connecting plate 184 by bolts; the bolt connection type plane and annular body butting and fixing mechanism is internally provided with a rotating part connected with a static liquid introducing mechanism 19 by a central hole 182, and the bolt connection type plane and annular body butting and fixing mechanism mainly has the following functions: the connection function of the components is realized, so that the fixing function is realized.
Referring to fig. 4, the rotary member-coupled stationary liquid introducing means 19 includes a rotary member-coupled stationary liquid introducing means annular housing 191, a rotary member-coupled stationary liquid introducing means liquid storing space 192, a rotary member-coupled stationary liquid introducing means liquid injecting pipe 193, a rotary member-coupled stationary liquid introducing means liquid introducing hole 194, a rotary member-coupled stationary liquid introducing means mounting hole 195, a rotary member-coupled stationary liquid introducing means seal ring mounting groove structure 196, a rotary member-coupled stationary liquid introducing means bearing mounting groove structure 197, a rotary member-coupled stationary liquid introducing means seal ring 198, and a rotary member-coupled stationary liquid introducing means bearing 199; the center of the annular housing 191 for the rotary member connected to the stationary liquid feeding mechanism is provided with a liquid storage space 192 for the rotary member connected to the stationary liquid feeding mechanism, the middle of one side of the annular housing 191 for the rotary member connected to the stationary liquid feeding mechanism is provided with a liquid injection pipe 193 for the rotary member connected to the stationary liquid feeding mechanism, the liquid injection pipe 193 for the rotary member connected to the stationary liquid feeding mechanism is provided with a liquid injection hole 194 for the rotary member connected to the stationary liquid feeding mechanism, the liquid injection pipe 193 for the rotary member connected to the stationary liquid feeding mechanism is communicated with the outside and is connected to the rotary member of the liquid storage space 192 for the stationary liquid feeding mechanism, the center of the annular housing 191 for the rotary member connected to the stationary liquid feeding mechanism is provided with a liquid feeding hole 194 for the rotary member connected to the stationary liquid feeding mechanism, the rotary member connected to the liquid storage space 192 for The liquid introducing mechanism mounting holes 195, the two rotating parts connecting the static liquid introducing mechanism mounting holes 195 are provided with rotating part connecting static liquid introducing mechanism sealing ring mounting groove structures 196 at opposite ends, the other ends of the two rotating parts connecting the static liquid introducing mechanism mounting holes 195 are provided with rotating part connecting static liquid introducing mechanism bearing mounting groove structures 197, and the rotating part connecting the static liquid introducing mechanism sealing ring mounting groove structures 196 and the rotating part connecting static liquid introducing mechanism bearing mounting groove structures 197 are respectively provided with a rotating part connecting static liquid introducing mechanism sealing ring 198 and a rotating part connecting static liquid introducing mechanism bearing 199 inside; the side face of the rotating part connected with the annular shell 191 for the static liquid inlet mechanism is arranged in the central hole 182 for the bolt connection type plane and annular body butt joint fixing mechanism; rotating part connects static formula liquid to let in mechanism and lets in the body of rod of main hollow body of rod 7 with the center of bearing 199 is installed to static formula liquid of rotating part connection for the mechanism, just main through-hole structure 8 of the inside of main hollow body of rod 7 is located rotating part connection static formula liquid and lets in the inside of mechanism with liquid storage space 192, and its main function is: after the installation, under the effect of bearing, can prevent that rotary part connection static formula liquid from letting in the mechanism and using annular shell 191 rotatory, can not influence the normal rotation of the main hollow body of rod 7 again simultaneously.
The specific use mode is as follows: during operation, the top mounting base plate 1 is mounted at a top beam right above a liquid storage pool through bolts, a liquid outlet of a water pump is connected with a static liquid inlet mechanism 19 through a pipeline and a rotating component, a water inlet of the water pump is communicated with a discharge hole for storing liquid additives, electric power in a driving motor 4 is inserted into a power supply, the driving motor rotates rapidly at the moment, the additives are sprayed out through a mist spray head 14, due to rotation, objects in the mist spray head can diffuse to the periphery under the action of centrifugal force, and fall into the liquid storage pool under the action of gravity and blowing of fan blades 16 to be mixed with liquid in the liquid storage pool.
It will be evident to those skilled in the art that the invention is not limited to the details of the foregoing illustrative embodiments, and that the present invention may be embodied in other specific forms without departing from the spirit or essential attributes thereof. The present embodiments are therefore to be considered in all respects as illustrative and not restrictive, the scope of the invention being indicated by the appended claims rather than by the foregoing description, and all changes which come within the meaning and range of equivalency of the claims are therefore intended to be embraced therein. Any reference sign in a claim should not be construed as limiting the claim concerned.
Claims (10)
1. The utility model provides an indoor overlook material feeding device for industrial production, includes inside top mounting substrate (1) that is provided with a plurality of king bolt holes (2), its characterized in that: top installation spiral spring elasticity of top mounting substrate (1) is supported and is touched formula anti-thread structure laxity mechanism (17), top mounting substrate (1) bottom center is through a bolt installation driving motor installation shell (3), an internally mounted driving motor (4) of driving motor installation shell (3), a main hollow body of rod (7) is connected through main connection flange dish (6) in the bottom of motor main shaft (5) in driving motor (4), the center of main hollow body of rod (7) is provided with main hollow structure (9), the middle part of main hollow body of rod (7) side is provided with main through-hole structure (8) of intercommunication main hollow structure (9), the body of rod of main hollow body of rod (7) is installed and is connected the inside that static liquid lets in mechanism (19) at a rotary part, rotary part connects static liquid and lets in through bolt even between the lower surface of mechanism (19) upper surface and top mounting substrate (1) through bolt even Connect formula plane and ring body butt joint fixed establishment (18) to be connected, main hollow body of rod (7) bottom is provided with the main disc body (10) rather than the integral type structure, the center of main disc body (10) is provided with main pipeline hole (11) of intercommunication main hollow structure (9), the inside of main disc body (10) is provided with a plurality of branch pipeline holes (12) that are the setting of annular array, every the tip of branch pipeline hole (12) all is provided with part installation space (13), every a fog shower nozzle (14) are all installed to the inside of part installation space (13), a flabellum (16) is installed through main connecting plate (15) in main disc body (10) bottom center.
2. The indoor overlook feeding device for industrial production as claimed in claim 1, wherein: the spiral spring elastic force contact type anti-thread structure loosening mechanism (17) comprises a connecting plate (171) for a spiral spring elastic force contact type anti-thread structure loosening mechanism, a bolt hole (172) for a spiral spring elastic force contact type anti-thread structure loosening mechanism, a hollow pipeline structure (173) for a spiral spring elastic force contact type anti-thread structure loosening mechanism, an insertion hole (174) for a spiral spring elastic force contact type anti-thread structure loosening mechanism, an extraction rod (175) for a spiral spring elastic force contact type anti-thread structure loosening mechanism, a top contact plate (176) for a spiral spring elastic force contact type anti-thread structure loosening mechanism and a spiral spring (177) for a spiral spring elastic force contact type anti-thread structure loosening mechanism; the inside of connecting plate (171) for the mechanism is lacked to helical spring touch type anti-thread structure lacked and is provided with a plurality of helical spring touch type anti-thread structure lacked and use bolt hole (172) for the mechanism, helical spring touch type anti-thread structure lacked and use connecting plate (171) top center is provided with and helical spring touch type anti-thread structure lacked and use connecting plate (171) for the mechanism as an organic whole helical spring touch type anti-thread structure lacked and use hollow pipe structure (173) for the mechanism, helical spring touch type anti-thread structure lacked and use hollow pipe structure (173) inside center is provided with the mechanism of helical spring touch type anti-thread structure lacked and use patchhole (174), the mechanism of helical spring touch type anti-thread structure lacked and use patchhole (174) inside inserts a helical spring touch type anti-thread structure lacked and use pump-in pole (175) for the mechanism, screw spring elasticity is to formula anti-thread structure laxity mechanism with suction pole (175) top installation a screw spring elasticity is to formula anti-thread structure laxity mechanism with top touch panel (176), screw spring elasticity is to formula anti-thread structure laxity mechanism with connecting plate (171) and screw spring elasticity are to formula anti-thread structure laxity mechanism with top touch panel (176) between installation a screw spring elasticity is to formula anti-thread structure laxity mechanism with spiral spring (177) for mechanism.
3. The indoor overhead feeding device for industrial production as claimed in claim 2, wherein: the initial length of the spiral spring (177) for the spiral spring elastic force contact type anti-thread structure loosening mechanism is larger than the depth of the insertion hole (174) for the spiral spring elastic force contact type anti-thread structure loosening mechanism.
4. The indoor overhead feeding device for industrial production as claimed in claim 2, wherein: the connecting plate (171) for the spiral spring elastic force contact type anti-thread structure loosening mechanism is connected with a main bolt hole (2) installed in the top installation base plate (1) through a bolt.
5. The indoor overlook feeding device for industrial production as claimed in claim 1, wherein: the bolt connection type plane and ring body butt joint fixing mechanism (18) comprises a bolt connection type plane and ring body butt joint fixing mechanism ring body (181), a bolt connection type plane and ring body butt joint fixing mechanism center hole (182), a bolt connection type plane and ring body butt joint fixing mechanism connecting rod (183), a bolt connection type plane and ring body butt joint fixing mechanism connecting plate (184) and a bolt connection type plane and ring body butt joint fixing mechanism bolt hole (185); the center of the annular body (181) for the bolt connection type plane and annular body butt joint fixing mechanism is provided with a center hole (182) for the bolt connection type plane and annular body butt joint fixing mechanism, which is used for communicating the upper surface and the lower surface of the annular body (181) for the bolt connection type plane and annular body butt joint fixing mechanism, a plurality of connecting rods (183) for the bolt connection type plane and ring body butting fixing mechanism are arranged on the upper surface of a ring body (181) for the bolt connection type plane and ring body butting fixing mechanism, a connecting plate (184) for the bolt connection type plane and ring body butting fixing mechanism is arranged at the top end of each connecting rod (183) for the bolt connection type plane and ring body butting fixing mechanism, and a plurality of bolt holes (185) for the bolt connection type plane and annular body butt joint fixing mechanism are arranged in the connecting plate (184) for the bolt connection type plane and annular body butt joint fixing mechanism.
6. The indoor overhead feeding device for industrial production as claimed in claim 5, wherein: the bolt connection type plane and annular body butt joint fixing mechanism is provided with a connecting plate (184) which is arranged on the lower surface of the top mounting base plate (1) through a bolt.
7. the indoor overhead feeding device for industrial production as claimed in claim 5, wherein: and a rotating part connected with a static liquid inlet mechanism (19) is arranged in a central hole (182) for the bolt connection type plane and annular body butt joint fixing mechanism.
8. The indoor overlook feeding device for industrial production as claimed in claim 1, wherein: the rotating member-connected static liquid introducing mechanism (19) comprises an annular shell (191) for the rotating member-connected static liquid introducing mechanism, a liquid storage space (192) for the rotating member-connected static liquid introducing mechanism, a liquid injection pipeline (193) for the rotating member-connected static liquid introducing mechanism, a liquid inlet hole (194) for the rotating member-connected static liquid introducing mechanism, a mounting hole (195) for the rotating member-connected static liquid introducing mechanism, a sealing ring mounting groove structure (196) for the rotating member-connected static liquid introducing mechanism, a bearing mounting groove structure (197) for the rotating member-connected static liquid introducing mechanism, a sealing ring (198) for the rotating member-connected static liquid introducing mechanism and a bearing (199) for the rotating member-connected static liquid introducing mechanism; the center that rotary part connects static formula liquid and lets in mechanism and use annular housing (191) inside is provided with rotary part and connects static formula liquid and let in mechanism and use liquid storage space (192), the middle part that rotary part connects static formula liquid and lets in mechanism and use annular housing (191) one side is provided with and connects static formula liquid with rotary part and lets in mechanism and use annular housing (191) formula structure as an organic whole rotary part connection static formula liquid and let in mechanism and use liquid injection pipeline (193), the inside that rotary part connects static formula liquid and let in mechanism and use liquid injection pipeline (193) is provided with the rotary part connection static formula liquid and lets in mechanism and use liquid access hole (194) with communicating the external world and rotary part connection static formula liquid and let in mechanism, the center that rotary part connects static formula liquid and let in mechanism and be provided with the external world of intercommunication and rotary part connection static formula liquid and let in mechanism and the rotating parts of the liquid storage space (192) are connected with mounting holes (195) for the static liquid feeding mechanism, the two rotating parts are connected with the mounting holes (195) for the static liquid feeding mechanism, sealing ring mounting groove structures (196) for the rotating parts to be connected with the static liquid feeding mechanism are arranged at the opposite ends of the two rotating parts, the other ends of the two rotating parts connected with the mounting holes (195) for the static liquid feeding mechanism are provided with bearing mounting groove structures (197) for the rotating parts to be connected with the static liquid feeding mechanism, and a sealing ring (198) for the rotating part connecting static type liquid inlet mechanism and a bearing (199) for the rotating part connecting static type liquid inlet mechanism are respectively arranged in the sealing ring mounting groove structure (196) for the rotating part connecting static type liquid inlet mechanism and the bearing mounting groove structure (197) for the rotating part connecting static type liquid inlet mechanism.
9. The indoor overhead feeding device for industrial production as claimed in claim 8, wherein: the side face of the rotating component connected with the annular shell (191) for the static liquid inlet mechanism is arranged in a central hole (182) for the bolt connection type plane and annular body butt joint fixing mechanism.
10. The indoor overhead feeding device for industrial production as claimed in claim 8, wherein: the rotating part is connected with a sealing ring (198) for the static liquid feeding mechanism and a rod body of a main hollow rod body (7) is installed at the center of a bearing (199) for the static liquid feeding mechanism connected with the rotating part, and a main through hole structure (8) in the main hollow rod body (7) is located in the liquid storage space (192) for the static liquid feeding mechanism connected with the rotating part.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910873865.1A CN110559947A (en) | 2019-09-17 | 2019-09-17 | Industrial production is with indoor overlooking feeding device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910873865.1A CN110559947A (en) | 2019-09-17 | 2019-09-17 | Industrial production is with indoor overlooking feeding device |
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| Publication Number | Publication Date |
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| CN110559947A true CN110559947A (en) | 2019-12-13 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201910873865.1A Withdrawn CN110559947A (en) | 2019-09-17 | 2019-09-17 | Industrial production is with indoor overlooking feeding device |
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| CN (1) | CN110559947A (en) |
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| DE3641328A1 (en) * | 1986-12-03 | 1988-06-16 | Mann & Hummel Filter | Device for mixing a granular or pulverulent main material and at least one additive |
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