CN208879289U

CN208879289U - A kind of iron flask cleaning device

Info

Publication number: CN208879289U
Application number: CN201820921422.6U
Authority: CN
Inventors: 李燕芳
Original assignee: Foshan Xintao Metal Products Co Ltd
Current assignee: Foshan Xintao Metal Products Co Ltd
Priority date: 2018-06-13
Filing date: 2018-06-13
Publication date: 2019-05-21
Anticipated expiration: 2028-06-13

Abstract

The utility model discloses a kind of iron flask cleaning devices, including input mechanism, equidistant introducing mechanism, horizontal transport agency and wiper mechanism；Input mechanism is for conveying iron flask；Equidistant introducing mechanism is used to iron flask equidistantly importing horizontal transport agency；Horizontal transport agency includes horizontal conveying belt and driving structure；Multiple magnet are fixed on horizontal feed band；Driving structure is for driving horizontal conveying belt to move；Wiper mechanism includes bracket, lifting structure, the first rotational structure, water-supply structure and multiple fountain heads；Fountain head has the water jet towards horizontal conveying belt；It is fixed with scrub structure outside fountain head, and is installed in rotation on bracket；First rotational structure is for driving each fountain head to rotate；Water-supply structure is used to provide water flow to each fountain head；Lifting structure is for driving bracket to go up and down.The utility model realizes the cleaning of iron flask using mechanization control, and then reduces labour cost, improves cleaning efficiency.

Description

A kind of iron flask cleaning device

Technical field

The utility model relates to a kind of cleaning device more particularly to a kind of iron flask cleaning devices.

Background technique

Currently, iron flask is usually used in containing food, but iron flask is easy to leave dust, processing in iron flask in the production process Micro- bits etc.；And it is safe and healthy in order to ensure food, often need grieshoch and micro- bits in manual cleaning iron flask；But existing use The mode manually cleaned leads to high labor cost, and low efficiency.

Utility model content

For overcome the deficiencies in the prior art, it the purpose of this utility model is to provide a kind of iron flask cleaning device, adopts The cleaning for realizing iron flask is controlled with mechanization, and then reduces labour cost, improves cleaning efficiency.

The purpose of this utility model is implemented with the following technical solutions:

A kind of iron flask cleaning device, including input mechanism, equidistant introducing mechanism, horizontal transport agency and wiper mechanism；Institute Input mechanism is stated for conveying iron flask；The equidistant introducing mechanism is for equidistantly importing the iron flask that the input mechanism is conveyed The horizontal transport agency；The horizontal transport agency includes horizontal conveying belt and driving structure；It is solid on the horizontal feed band Surely there are multiple magnet, the magnet is successively spaced along the extending direction of the horizontal conveying belt and equidistant arrangement；The driving knot Structure is for driving the horizontal conveying belt to move；The wiper mechanism includes bracket, lifting structure, the first rotational structure, supplies water Structure and multiple fountain heads；Multiple fountain heads are successively spaced along the conveying direction of the horizontal conveying belt and equidistant arrangement, And the spacing between any two adjacent fountain head and the spacing between magnet described in any two are equal；The fountain head position Below the horizontal conveying belt, and there is the water jet towards the horizontal conveying belt；Scrub is fixed with outside the fountain head Structure, and can vertically axis be rotatably mounted on the bracket；First rotational structure is installed on the bracket simultaneously For driving each fountain head rotation；Water-supply structure is connected to each fountain head respectively and is used to mention to each fountain head For water flow；The lifting structure is for driving the bracket to go up and down.

Preferably, the scrub structure can be sponge or hairbrush.

Preferably, the lifting structure is lifting cylinder, and the telescopic rod of the lifting cylinder and the bracket are sequentially connected.

Preferably, each fountain head is respectively and fixedly provided with driven wheel, and two driven wheels of arbitrary neighborhood are engaged with each other；It is described First rotational structure includes rotating electric machine, and the body of the rotating electric machine is fixed on the bracket, and the rotating electric machine Output shaft is fixed with driving wheel；The driving wheel is engaged with any wherein driven wheel.

Preferably, the water-supply structure includes water tank, water pump, water main and multiple distributive pipes；The water inlet end of the water pump It is connected to the water tank, and the water outlet of the water pump is connected to the water main；Multiple distributive pipes and multiple sprays Head is arranged in a one-to-one correspondence；Wherein one end of each distributive pipe is connected to the water main, the other end and the corresponding water spray Head connection.

Preferably, the equidistant introducing mechanism includes driver plate, the second rotational structure and supporting plate, is offered on the driver plate Along its circumferential successively interval and equidistant multiple positioning ports, which enters for iron flask；Second rotational structure is used for band Move the driver plate rotation；The supporting plate is located at below the driver plate, and is located at the input mechanism and the horizontal conveyer Between structure, and the both ends of the supporting plate are docked with the input mechanism and the horizontal transport agency respectively.

Compared with prior art, the utility model has the beneficial effects that:

The utility model adsorbs iron flask by using magnet, and driving structure drives horizontal conveying belt movement and moves iron flask To cleaning positions, and fountain head is cooperated to drive scrub structure scrub iron flask towards jet in iron flask and rotary drive mechanism, and it is real The cleaning of existing iron flask can reduce labour cost, improve cleaning and imitates by the way of realizing cleaning using Mechanical course in the above process Rate.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the utility model iron flask cleaning device；

Fig. 2 is the top view of the utility model iron flask cleaning device；

Fig. 3 is the structural schematic diagram of the first rotational structure of the utility model.

In figure: 10, input mechanism；20, equidistant introducing mechanism；21, driver plate；211, positioning port；22, the second rotational structure； 23, supporting plate；30, horizontal transport agency；40, wiper mechanism；41, bracket；42, lifting structure；43, the first rotational structure； 431, rotating electric machine；432, driving wheel；44, fountain head；45, structure is scrubbed；50, magnet；60, driven wheel；70, iron flask.

Specific embodiment

In the following, being described further in conjunction with attached drawing and specific embodiment to the utility model, it should be noted that Under the premise of not colliding, it can be formed in any combination between various embodiments described below or between each technical characteristic new Embodiment.

A kind of iron flask cleaning device as shown in Figs. 1-3, including input mechanism 10, equidistant introducing mechanism 20, horizontal feed Mechanism 30 and wiper mechanism 40；The horizontal transport agency 30 includes horizontal conveying belt and driving structure；The horizontal conveying belt On can be successively spaced by the fixed multiple magnet 50 of the modes such as gluing, the magnet 50 along the extending direction of the horizontal conveying belt And equidistant arrangement；The driving structure is for driving the horizontal conveying belt to move；The wiper mechanism 40 includes bracket 41, rises Structure 42, the first rotational structure 43, water-supply structure and multiple fountain heads 44 drop；Multiple fountain heads 44 are along the horizontal feed The conveying direction of band is successively spaced and equidistant arrangement, and the spacing between any two adjacent fountain head 44 and any two institute The spacing stated between magnet 50 is equal；The fountain head 44 is located at below the horizontal conveying belt, and has towards the level The water jet of conveyer belt；Be fixed with scrub structure 45 outside the fountain head 44, and can vertically axis be rotatably mounted at it is described On bracket 41, wherein can be by opening annular mounting groove on bracket 41, fixed insert with annular inserting groove cooperates on fountain head 44 Inserting block realize fountain head 44 it is rotatably mounted；First rotational structure 43 is mounted on the bracket 41 and for band Each fountain head 44 is moved to rotate；Water-supply structure is connected to each fountain head 44 respectively and for mentioning to each fountain head 44 For water flow；The lifting structure 42 is for driving the bracket 41 to go up and down；The input mechanism 10 is for conveying iron flask 70；It is described Equidistant introducing mechanism 20 is used to the iron flask 70 that the input mechanism 10 is conveyed equidistantly importing the horizontal transport agency 30, has Help realize iron flask 70 spacing conveying, when equidistantly importing horizontal transport agency 30 convenient for subsequent iron flask 70, and can be by horizontal defeated Magnet 50 equidistant in mechanism 30 is sent accurately to adsorb.

In use, input mechanism 10 conveys iron flask 70, equidistant introducing mechanism 20 is equidistant by the iron flask 70 on input mechanism 10 It imports on horizontal feed band, at this point, iron flask 70 is adsorbed one by one by the magnet 50 on horizontal feed band；Driving structure drives horizontal defeated It send band to move, and stops driving when iron flask 70 is moved to 70 downward opening position of iron flask, and make each iron flask 70 and each spray Head 44 corresponds；It drives bracket 41 to rise using lifting structure 42, and fountain head 44 and scrub structure 45 is made to protrude into correspondence Iron flask 70 in, open water-supply structure give fountain head 44 supply water, water flow from the water jet of fountain head 44 spray and spray to iron flask 70, It realizes the hydro-peening to iron flask 70, while opening the first rotational structure 43 and fountain head 44 is driven to rotate, realize scrub structure 45 to iron Scrub inside tank 70, and then realize the cleaning of iron flask 70；In the above process, using driving structure, lifting structure 42 and first Rotational structure 43, which is realized, drives each component or iron flask 70 to move, i.e. realization mechanization control, and then reduces labour cost, improves clear Wash efficiency.

Further, also drip tray can be set in the lower section of fountain head 44, to accept the water of the ejection of fountain head 44.

Above-mentioned driving structure can be used with flowering structure: including the driving shaft, driving gear being fixed on driving shaft, passive Axis, the driven gear being fixed on driven axle, the transmission belt being wound around on driving gear and transmission gear and driving driving shaft The rotating electric machine 431 of rotation；Horizontal conveying belt is wound around on driving shaft and driven axle, drives driving shaft to turn in rotating electric machine 431 When dynamic, by driving gear, transmission belt, driven gear linkage driven axle rotation, at this point, realizing the movement of horizontal conveying belt；? Can be used with flowering structure: horizontal conveying belt is tooth-like conveyer belt, which is existing conveyer belt, and inside is formed with Dentalation；Driving structure includes support frame, driving wheel 432, driven wheel 60 and motor；Driving wheel 432 and driven wheel 60 are distinguished Pivot joint is on the support frame；Motor and driving wheel 432 are sequentially connected, and driving wheel 432 is driven to rotate；Tooth-like conveyer belt is wound around master On driving wheel 432 and driven wheel 60, and engaged respectively with driving wheel 432 and driven wheel 60；In this way, driving driving wheel 432 in motor When rotation, horizontal conveying belt realizes movement under the driving of driving wheel 432, and linkage driven wheel 60 rotates at this time, simplifies structure.

Further, which can be sponge, hairbrush or scrub cloth.

Above-mentioned lifting structure 42 can be the structure of linear motor or screw rod and feed screw nut's cooperation, the liter of the present embodiment Dropping structure 42 is preferably lifting cylinder, and the telescopic rod of lifting cylinder and the bracket 41 are sequentially connected, lifting cylinder is passed through The flexible realization of telescopic rod drives bracket 41 to go up and down, and structure is simple.

Multiple rotating electric machines 431, each rotating electric machine 431 and each fountain head 44 1 can be used in the first above-mentioned rotational structure 43 One is correspondingly arranged, and the output end of rotating electric machine 431 is sequentially connected with corresponding fountain head 44, but this kind of mode consume energy it is larger, therefore The preferred following manner of the present embodiment: each fountain head 44 is respectively and fixedly provided with driven wheel 60, arbitrary neighborhood two driven wheels 60 It is engaged with each other；First rotational structure 43 includes rotating electric machine 431, and the body of the rotating electric machine 431 is fixed on the branch On frame 41, and the output shaft of the rotating electric machine 431 is fixed with driving wheel 432；The driving wheel 432 and any wherein institute State the engagement of driven wheel 60；In this way, opening rotating electric machine 431, driving wheel 432 is rotated with the output shaft of rotating electric machine 431, at this time The link driven wheel 60 that engages of driving wheel 432 rotates, which links 60 turns of other driven wheels engaged again It is dynamic, and then realize the rotation of each fountain head 44, it is only necessary to a rotating electric machine 431 is set, energy loss is reduced.It needs to illustrate It is above-mentioned fixed installation can be used gluing, be spirally connected etc. mode.

The structure of water tank and the cooperation of more branch pipes, more branch pipes and multiple fountain heads 44 1 can be used in above-mentioned water-supply structure One is corresponding；Wherein one end of branch pipe is connected to water tank, and the other end of branch pipe is connected to corresponding fountain head 44；Furthermore the water supply Following implementation also can be used in structure: the water-supply structure includes water tank, water pump, water main and multiple distributive pipes；The water The water inlet end of pump is connected to the water tank, and the water outlet of the water pump is connected to the water main；Multiple distributive pipes with Multiple fountain heads 44 are arranged in a one-to-one correspondence；Wherein one end of each distributive pipe is connected to the water main, the other end with The corresponding fountain head 44 is connected to；So open water pump, the water of water tank is delivered to water main by water pump, after through each distributive pipe into Entering in each fountain head 44 can be realized water spray；Above-mentioned water main and distributive pipe is adopted as hose, in order to the rotation of fountain head 44 Turn.

The structure of motor and screw feeding bar cooperation can be used in above-mentioned equidistant introducing mechanism 20, is arranged in screw feeding bar There is helical blade, form utensil receiving opening between any two adjacent helical blades, utensil receiving opening enters for iron flask 70, drives in motor The equidistant importing of iron flask 70 is realized in screw feeding bar rotation process；And the preferred following implementation of the present embodiment, it is described equidistant Introducing mechanism 20 includes driver plate 21, the second rotational structure 22 and supporting plate 23, is offered on the driver plate 21 circumferential successively along it Interval and equidistant multiple positioning ports 211, the positioning port enter for iron flask 70；Second rotational structure 22 is described for driving Driver plate 21 rotates；The supporting plate 23 is located at 21 lower section of driver plate, and is located at the input mechanism 10 and the horizontal feed Between mechanism 30, and the both ends of the supporting plate 23 are right with the input mechanism 10 and the horizontal transport agency 30 respectively It connects；In this way, when the iron flask 70 of input mechanism 10 enters positioning port 211, by positioning port 211 by the distance tune between iron flask 70 Whole is equidistant；Driver plate 21 rotates under the drive of the second rotational structure 22, and iron flask 70 is dialed to the position of supporting plate 23, and Under the continuing to rotate of driver plate 21, iron flask 70 is struck to horizontal feed band.It is wrapped alternatively, equidistant introducing mechanism 20 also can be used Motor and multiple plectrums, the rounded arrangement of plectrum are included, motor drives plectrum rotation to stir iron flask 70.

The second above-mentioned rotational structure 22 can be motor, rotation fluid cylinder etc. structure.

Above-mentioned input mechanism 10 can be conveyer belt conveying mechanism；The input mechanism 10 can also cooperate for delivery board and cylinder Structure, iron flask 70 is prevented on delivery board, and drive delivery board mobile by scaling of cylinder telescopic rod, realizes iron flask 70 conveying.

Above embodiment is only preferred embodiments of the present invention, cannot be protected with this to limit the utility model Range, the variation of any unsubstantiality that those skilled in the art is done on the basis of the utility model and replacement belong to In the utility model range claimed.

Claims

1. a kind of iron flask cleaning device, it is characterised in that: including input mechanism, equidistant introducing mechanism, horizontal transport agency and clear Washing machine structure；The input mechanism is for conveying iron flask；The equidistant introducing mechanism is used for the iron for being conveyed the input mechanism Tank equidistantly imports the horizontal transport agency；The horizontal transport agency includes horizontal conveying belt and driving structure；The level Multiple magnet are fixed on conveyer belt, the magnet is successively spaced along the extending direction of the horizontal conveying belt and equidistant arrangement； The driving structure is for driving the horizontal conveying belt to move；The wiper mechanism includes bracket, lifting structure, the first rotation Structure, water-supply structure and multiple fountain heads；Multiple fountain heads be successively spaced along the conveying direction of the horizontal conveying belt and Equidistant arrangement, and the spacing between any two adjacent fountain head and the spacing between magnet described in any two are equal；Institute It states fountain head to be located at below the horizontal conveying belt, and there is the water jet towards the horizontal conveying belt；Outside the fountain head It is fixed with scrub structure, and can vertically axis be rotatably mounted on the bracket；First rotational structure is mounted on institute It states on bracket and for driving each fountain head rotation；Water-supply structure is connected to each fountain head respectively and is used for each institute It states fountain head and water flow is provided；The lifting structure is for driving the bracket to go up and down.

2. iron flask cleaning device as described in claim 1, it is characterised in that: the scrub structure can be sponge or hairbrush.

3. iron flask cleaning device as described in claim 1, it is characterised in that: the lifting structure is lifting cylinder, the liter The telescopic rod of sending down abnormally ascending cylinder and the bracket are sequentially connected.

4. iron flask cleaning device as described in claim 1, it is characterised in that: each fountain head is respectively and fixedly provided with driven wheel, appoints The two neighboring driven wheel of anticipating is engaged with each other；First rotational structure includes rotating electric machine, the body of the rotating electric machine It fixes on the bracket, and the output shaft of the rotating electric machine is fixed with driving wheel；The driving wheel and any wherein institute State driven wheel engagement.

5. iron flask cleaning device as described in claim 1, it is characterised in that: the water-supply structure includes water tank, water pump, main water Pipe and multiple distributive pipes；The water inlet end of the water pump is connected to the water tank, and the water outlet of the water pump and the water main Connection；Multiple distributive pipes are arranged in a one-to-one correspondence with multiple fountain heads；Wherein one end of each distributive pipe with it is described Water main connection, the other end are connected to the corresponding fountain head.

6. iron flask cleaning device as described in claim 1, it is characterised in that: the equidistant introducing mechanism includes driver plate, second Rotational structure and supporting plate offer on the driver plate along its circumferential successively interval and equidistant multiple positioning ports, the positioning port Enter for iron flask；Second rotational structure is for driving the driver plate to rotate；The supporting plate is located at below the driver plate, and Between the input mechanism and the horizontal transport agency, and the both ends of the supporting plate respectively with the input mechanism and The horizontal transport agency docking.