CN202440628U

CN202440628U - Automatic itineration cleaner

Info

Publication number: CN202440628U
Application number: CN201220085207XU
Authority: CN
Inventors: 付荣华
Original assignee: LUWA AIR ENGINEERING (SHANGHAI) Co Ltd
Current assignee: LUWA AIR ENGINEERING (SHANGHAI) Co Ltd
Priority date: 2012-03-07
Filing date: 2012-03-07
Publication date: 2012-09-19
Anticipated expiration: 2022-03-07

Abstract

The utility model relates to the technical field of textile machine dedusting equipment and especially relates to an automatic itineration cleaner, comprising a main body, a driving unit, a control unit, a guide rail, a blowing and absorbing system and a cotton cleaning system, wherein the main body is air inlet and outlet chambers of the cleaner, the main body is installed on the guide rail in a sliding manner, the driving unit drives the main body to walk on the guide rail in a reciprocating manner, the driving unit is belt drive or direct motor drive, the blowing and absorbing system is installed on the two sides of the main body, the cotton cleaning system is fixedly installed on the end part of the guide rail, the cotton cleaning system is connected with a blower, and the main body, the driving unit, the guide rail, the blowing and absorbing system and the cotton cleaning system are connected with the control unit through a PLC (Programmable Logic Controller). Compared with the prior art, the automatic itineration cleaner provided by the utility model has the following advantages of: 1) the operation reliability is high; 2) cleaning schemes can be customized for clients; 3) the automatic itineration cleaner is liable to filtering and cleaning; 4) the maintenance is low; and 5) the energy consumption is low.

Description

A kind of automatically touring cleaner

[technical field]

The utility model relates to weaving loom cleaner technical field, specifically a kind of automatically touring cleaner.

[background technology]

Along with the technological progress of domestic textile industry and the lifting of product specification; Loom is developed rapidly on no shuttleization and is popularized, yet when the no shuttle loom of high speed, high yield uses, has brought a large amount of flyings, dust owing to equipment runs up in the workshop; Not only worsened work situation; And product quality, production efficiency caused threat, therefore, the cleaning dedusting work of weaving mill has obtained paying attention to widely.In order to clean shuttleless loom workshop flyings, dust; Thoroughly the change shuttleless loom runs up and causes the dirty and messy environment in workshop; Many textile mills gain enlightenment from spinning equipment, hope to improve working environment through the touring cleaner that uses on the spinning equipment is installed, and realize best fabric quality; Enhance productivity and reduce working strength of workers, and begin to attempt the touring cleaner of the use tengential belt formula of using on the fine spining machine is used in Weaving Shop.

But its result of use is not fine; Mainly be because this touring cleaner is generally just simply transformed formation to the touring main body on the spinning equipment; Though simpler on the touring cleaner structure of this form, cost is lower, receive structure and pro forma restriction; Have when on fabric manufacture equipment, using that air quantity is little, tengential belt is fragile, particularly filter screen is prone to stick with paste the deficiency of aspects such as plug.

[utility model content]

The purpose of the utility model is exactly will solve above-mentioned deficiency and the automatically touring cleaner that provides that a kind of cleaning effect is good, operating reliability is high, easy to maintenance.

For realizing a kind of automatically touring cleaner of above-mentioned purpose design; Comprise main body, driver element, control module, guide rail, pressure-vaccum system and cotton clear system; Said main body is cleaner air inlet and discharge chamber, and said main body is slideable to be installed on the guide rail, and said driver element drives main body back and forth walking on guide rail; Said pressure-vaccum system is installed in the both sides of main body; The clear system of said cotton is fixedly mounted on the end of guide rail, and the clear system of said cotton links to each other with blower fan, and said main body, driver element, guide rail, pressure-vaccum system and cotton clear system are connected control module through PLC.

Said main body comprises upper shell, lower house, impeller assembly and filtration channel.

Said pressure-vaccum system comprises blowpipe, suction pipe, blow box, link arm, blow gun and suction nozzle.

Near guide rail two ends the sense reed pipe is housed respectively on the said guide rail, is provided with printed circuit board (PCB) and solenoid electric valve in the said cleaner.

Be furnished with guide-rail coupling member and rail support part on the said guide rail.

Said driver element is a belt drives, and said belt drives comprises belt, drive motors and transfer, and said drive motors and transfer are installed in the terminal both sides of guide rail respectively, and said belt links to each other with impeller assembly.

Said driver element is a motor direct-drive, and said motor is directly installed on the below of main body, and said motor links to each other with impeller assembly.

Be furnished with trolley, current-collector and current-collector connecting plate on the said guide rail, said current-collector links to each other with motor through the current-collector connecting plate.

The utility model is compared with prior art, and novel structure, simple on the one hand, can reduce the labour cost that is used to clean, and dust and the gined cotton that can catch discharging, and then can reduce yarn defect and thread breakage; On the other hand,, reduce the expenditure of cleaning,, specifically, can reduce warp end break, reduce the inactive frequency of machine, enhance productivity owing to having reduced gined cotton and then can having boosted productivity and fiber quality owing to cancelled middle washing and cleaning operation process; In sum, the described automatically touring cleaner of the utility model has following advantage: 1) operating reliability is high, and 2) can be the customized cleaning scheme of client, 3) easy filter cleaning, 4) hang down and safeguard 5) low energy consumption.

[description of drawings]

Fig. 1 is the structural representation of the utility model;

Fig. 2 is the exploded view of main body in the utility model;

Fig. 3 is the structural representation of pressure-vaccum system in the utility model;

Among the figure: 1, main body 2, driver element 3, control module 4, guide rail 5, pressure-vaccum system 6, cotton clear system 1.1, upper shell 1.2, lower house 1.3, impeller assembly 1.4, filtration channel 5.1, blowpipe 5.2, suction pipe 5.3, blow box 5.4, link arm 5.5, blow gun 5.6, suction nozzle.

[specific embodiment]

Further specify below below in conjunction with accompanying drawing the utility model being done:

Like annex map 1 to shown in Figure 3; The utility model comprises: main body 1, driver element 2, control module 3, guide rail 4, pressure-vaccum system 5 and cotton clear system 6; Said main body is cleaner air inlet and discharge chamber, and said main body 1 comprises upper shell 1.1, lower house 1.2, impeller assembly 1.3 and filtration channel 1.4, and said main body is slideable to be installed on the guide rail; Said driver element drives main body back and forth walking on guide rail; Said pressure-vaccum system is installed in the both sides of main body, and said pressure-vaccum system 5 comprises blowpipe 5.1, suction pipe 5.2, blow box 5.3, link arm 5.4, blow gun 5.5 and suction nozzle 5.6, and the clear system of said cotton is fixedly mounted on the end of guide rail; The clear system of said cotton links to each other with blower fan, and said main body, driver element, guide rail, pressure-vaccum system and cotton clear system are connected control module through PLC.

In the utility model, when said impeller assembly rotated, the gas that contains fiber or dust sucked filtration channel from four air inlets, flows to the gas outlet then.Control module is equipped with scram button according to arts demand, change-over key, photoelectric sensor, components and parts such as printed circuit; Guide rail is fixed on ground or the machine through vertical rod, and main body is driven by driver element and on guide rail, back and forth walks with certain speed; The clear system of said cotton is installed in the one or both sides of guide rail; When automatic touring device runs near cotton clear system; The front end of cotton clear system inserts the filtration channel of main body; The fan starting that link to each other with the clear system of cotton this moment, thus the fiber and the dust that will remain in filtration channel are transported to appointed positions.Driver element has belt drives and the direct horse of motor to drive dual mode, and the belt drives mode is the end that drive motors and transfer are installed in guide rail respectively, through three spider gears of flat belt drive main body below, with the direction of travel of control cleaner; The motor direct-drive mode is that motor directly links to each other with the impeller of main body.

In the utility model, near guide rail two ends the sense reed pipe is housed respectively on the said guide rail, is provided with printed circuit board (PCB) and solenoid electric valve in the said cleaner, be furnished with guide-rail coupling member and rail support part on the said guide rail.When touring cleaner is belt transmission; Drive motors and transfer are installed in the both sides of guide rail respectively, and belt links to each other with impeller assembly, and photoelectric sensor can be selected to install in the aspiration channel outside; When touring cleaner moves through feeling reed pipe or photoelectric sensor; Feed back a signal and give printed circuit board (PCB), the Electromagnetic Control valve events is hung up belt or depress, and realizes the change of touring cleaner direction of travel thereby the position of belt process differential gear changes; When touring cleaner is the direct transmission of motor; Drive motors and reducing motor are directly installed on the below of main body; And with link to each other with impeller assembly, drive motors is realized the pressure-vaccum function of touring cleaner in order to impeller, reducing motor is walked on guide rail in order to control touring cleaner; In addition; Arranged trolley along the guide rail direction, the current-collector connecting plate is fixed on and drives current-collector on the touring cleaner and linking to each other with drive motors and capable of the trolley walking in pipe with touring cleaner, and commutation method is identical with the belt drives mode.

Automatically touring cleaner described in the utility model is applied to cotton mill or cloth factory; It is used for sweeping machine and facility; And removing fiber interrupts to prevent that fiber discharge from causing producing; Usually every fine spining machine or Speed frames or every row loom are only installed an automatically touring cleaner, and cleaning efficiency not only depends on the quantity of blowpipe and suction pipe, the position that more is decided by blow gun with cleaning frequency, the relevant suction of the speed of travel.Should abandon traditional single Fixed Design by touring cleaner; Air quantity, airduct and blow gun are designed to adjustable; Select the parameters such as air quantity, blast, the speed of travel, type of drive, reversing arrangement of touring cleaner according to user's technological requirement; Not only can be used in the cotton mill, and available cloth is in factory.In addition, the built-in printed circuit board (PCB) collocation of main body photoelectric sensor can freely be controlled the direction of travel of going the rounds cleaner, has obstacle and discerns the function of turning back automatically, prevents and avoid the possibility of man-machine collision in service.

The utility model does not receive the restriction of above-mentioned embodiment; Other any do not deviate from change, the modification done under spirit and the principle of the utility model, substitutes, combination, simplify; All should be the substitute mode of equivalence, be included within the protection domain of the utility model.

Claims

1. go the rounds cleaner automatically for one kind; It is characterized in that: comprise main body, driver element, control module, guide rail, pressure-vaccum system and cotton clear system; Said main body is cleaner air inlet and discharge chamber, and said main body is slideable to be installed on the guide rail, and said driver element drives main body back and forth walking on guide rail; Said pressure-vaccum system is installed in the both sides of main body; The clear system of said cotton is fixedly mounted on the end of guide rail, and the clear system of said cotton links to each other with blower fan, and said main body, driver element, guide rail, pressure-vaccum system and cotton clear system are connected control module through PLC.

2. automatically touring cleaner as claimed in claim 1, it is characterized in that: said main body comprises upper shell, lower house, impeller assembly and filtration channel.

3. according to claim 1 or claim 2 automatically touring cleaner is characterized in that: said pressure-vaccum system comprises blowpipe, suction pipe, blow box, link arm, blow gun and suction nozzle.

4. automatically touring cleaner as claimed in claim 3 is characterized in that: near guide rail two ends the sense reed pipe is housed respectively on the said guide rail, is provided with printed circuit board (PCB) and solenoid electric valve in the said cleaner.

5. automatically touring cleaner as claimed in claim 4 is characterized in that: be furnished with guide-rail coupling member and rail support part on the said guide rail.

6. automatically touring cleaner as claimed in claim 5; It is characterized in that: said driver element is a belt drives; Said belt drives comprises belt, drive motors and transfer; Said drive motors and transfer are installed in the terminal both sides of guide rail respectively, and said belt links to each other with impeller assembly.

7. automatically touring cleaner as claimed in claim 5, it is characterized in that: said driver element is a motor direct-drive, and said motor is directly installed on the below of main body, and said motor links to each other with impeller assembly.

8. automatically touring cleaner as claimed in claim 7 is characterized in that: be furnished with trolley, current-collector and current-collector connecting plate on the said guide rail, said current-collector links to each other with motor through the current-collector connecting plate.