CN207746159U - Drying unit - Google Patents

Abstract

The utility model discloses a kind of drying units.The drying unit includes drying guide rail, drying Mobile base, drying nozzle, drying connecting rod and drying driving part；For being located at board, the drying Mobile base is slidably connected on the drying guide rail drying guide rail；The drying connecting rod is located on the drying Mobile base, the drying nozzle is connected in the drying connecting rod, the drying driving part is located on the board and is connected to the drying Mobile base for driving the drying Mobile base to be moved along the drying guide rail；The control device is electrically connected at the drying driving part.The drying unit, drying efficiency is high, saves time power.

Description

Drying unit

Technical field

The utility model is related to field of textiles, more particularly to a kind of drying unit.

Background technology

Currently, in textile industry, general workshop is furnished with a piece of steel equipped with greater number of loom, every loom Reed needs the reed by machine to clean in woven fabric production process, removes surface blot and air-dries and is returned in order to carry out next time With production.Air-dried work after reed cleaning depends on man-hour manually hand-held compressed air hose drying reed.Manual work is worked Intensity is big, cleans negligible amounts, working efficiency is low, cannot meet increasingly increased cloth order volume production requirement.

Utility model content

Based on this, it is necessary to which it is small to provide a kind of labor intensity, and cleaning quantity is more, the drying unit that work efficiency is high.

A kind of drying unit, including drying guide rail, drying Mobile base, drying nozzle, drying connecting rod and drying driving Component；

For being located at board, the drying Mobile base is slidably connected on the drying guide rail drying guide rail；Institute It states drying connecting rod to be located on the drying Mobile base, the drying nozzle, the drying is connected in the drying connecting rod Driving part is located on the board and is connected to the drying Mobile base for driving the drying Mobile base along described Dry guide rail movement；The control device is electrically connected at the drying driving part.

Also there is the drying unit rotary driving part and turntable, the rotation to drive in one of the embodiments, Dynamic component is located on the drying Mobile base, and the rotary driving part is connected to the middle part of the turntable, the drying connection Bar is connected to the edge of the turntable；When shifting material arm is in reset state and the drying driving part driving drying When Mobile base is moved to the wherein one end of the drying guide rail along the drying guide rail, the rotary driving part can drive It moves the turntable and is rotated such that the drying connecting rod turns to the top moved and expect the reed on arm, or make The drying connecting rod turns to the lower section for moving material arm；The control device is electrically connected at the rotary driving part.

The quantity of the drying nozzle is multiple in one of the embodiments, and multiple drying nozzles are both connected to In the drying connecting rod.

Multiple drying nozzles are evenly distributed in the drying connecting rod in one of the embodiments,.

Also there is the drying unit drying pipe, the drying pipe to connect multiple bakings in one of the embodiments, Dry nozzle.

Above-mentioned drying unit can automatically dry material (reed), manpower and time is greatly saved, and dry Dry efficient, the labor intensity of employee is greatly reduced.

Description of the drawings

Fig. 1 is the automatic cleaning, drying mechanism schematic diagram of reed described in an embodiment；

Fig. 2 is the automatic cleaning, drying mechanism side schematic view of reed shown in FIG. 1；

Fig. 3 is the automatic cleaning, drying mechanism schematic top plan view of reed shown in FIG. 1；

Fig. 4 is reed shown in FIG. 1 automatic cleaning, drying mechanism another side schematic diagram；

Fig. 5 is the shifting material schematic device of the automatic cleaning, drying mechanism of reed shown in FIG. 1；

Fig. 6 is the drying unit schematic diagram of the automatic cleaning, drying mechanism of reed shown in FIG. 1；

Fig. 7 is the air heating apparatus schematic diagram of the automatic cleaning, drying mechanism of reed shown in FIG. 1；

Fig. 8 is air heating apparatus side schematic view shown in Fig. 7.

Reference sign

10, the automatic cleaning, drying mechanism of reed；100, board；200, cleaning device；210, holder is cleaned；220, ultrasound is clear Wash pool；230, clear water reserviors；300, material device is moved；310, material arm is moved；320, material driving part is moved；321, material driving member is laterally moved Part；322, longitudinal to move material driving element；330, material seat is moved；340, cross slide way；350, longitudinal rail；400, drying unit； 410, guide rail is dried；420, Mobile base is dried；430, nozzle is dried；440, connecting rod is dried；450, driving part is dried；460、 Rotary driving part；470, turntable；500, brushing device；510, brush roll；520, lifting driver part；530, driving portion is scrubbed Part；600, air heating apparatus；610, temperature controller；620, solid-state relay；630, compressed air heating tank；640, temperature Probe；650, compressed air pipe；660, hand-operated valve；670, solenoid valve；680, industrial temperature meter；700, switch board；800, it touches Control screen.

Specific implementation mode

The utility model is more fully retouched below with reference to relevant drawings for the ease of understanding the utility model, It states.The preferred embodiment of the utility model is given in attached drawing.But the utility model can in many different forms come in fact It is existing, however it is not limited to embodiment described herein.Make public affairs to the utility model on the contrary, purpose of providing these embodiments is The understanding for opening content is more thorough and comprehensive.

It should be noted that when element is referred to as " being fixed on " another element, it can be directly on another element Or there may also be elements placed in the middle.When an element is considered as " connection " another element, it can be directly connected to To another element or it may be simultaneously present centering elements.

Unless otherwise defined, all of technologies and scientific terms used here by the article is led with the technology for belonging to the utility model The normally understood meaning of technical staff in domain is identical.Terminology used in the description of the utility model herein only be The purpose of description specific embodiment, it is not intended that in limitation the utility model.Term as used herein "and/or" includes Any and all combinations of one or more relevant Listed Items.

Shown in Fig. 1 and Fig. 2, the present embodiment relates to the automatic cleaning, drying mechanism of a kind of reed 10.The reed is automatic Cleaning, drying mechanism 10 includes board, cleaning device, moves material device, drying unit and control device.Preferably, control device Can be PLC.

Shown in Fig. 1 and Fig. 2, the present embodiment relates to the automatic cleaning, drying mechanism of a kind of reed 10.The reed is automatic Cleaning, drying mechanism 10 includes board 100, cleaning device 200, moves material device 300, drying unit 400 and control device.It is excellent Selection of land, control device can be PLC.

Shown in Fig. 1 and Fig. 2, cleaning device 200 has ultrasonic generator, is cleaned by ultrasonic pond 220 and clear water reserviors 230.It is cleaned by ultrasonic pond 220 and clear water reserviors 230 is each provided on board 100, ultrasonic generator (attached to be not shown in figure) is located at super In sound service sink 220.

Preferably, referring to shown in Fig. 1 and Fig. 2, the quantity of clear water reserviors 230 be it is multiple, in the present embodiment, clear water reserviors 230 Quantity be two.It can be appreciated that the quantity of clear water reserviors 230 can also be other quantity, such as three, four, five, It is cleaned by ultrasonic the both sides in pond 220 respectively at least provided with a clear water reserviors 230.

In the present embodiment, two clear water reserviors 230 are located at the both sides for being cleaned by ultrasonic pond 220.Move the number of material device 300 The quantity Matching of amount and clear water reserviors 230, namely in the present embodiment, the quantity for moving material device 300 is two.

Shown in Fig. 1 and Fig. 3, two are moved material devices 300 and are distributed and are located at the both sides for being cleaned by ultrasonic pond 220 and respectively with two A clear water reserviors 230 correspond to.Two shifting material driving parts 320 can respectively drive corresponding move and expect the movement of arm 310.

Moving material device 300 has shifting material arm 310 and moves material driving part 320.It moves material driving part 320 and is located at board On 100 and it is connected to shifting material arm 310.It moves material arm 310 to be used to place for reed to be cleaned, moves material driving part 320 and be connected to It moves material arm 310 and is moved for driving and expect that arm 310 moves.In the present embodiment, moves material arm 310 and be in horizontality, namely move material arm 310 upper surface can be placed for reed.

Drying unit 400 is located on board 100 to dry to moving the reed on material arm 310.

Control device is electrically connected at ultrasonic generator and moves material driving part 320.

Further, referring to shown in Fig. 2 and Fig. 4, in one embodiment, the automatic cleaning, drying mechanism of above-mentioned reed 10 It further include brushing device 500.In order to corresponding with the material shifting material arm 310 of device 300 is moved, in the present embodiment, brushing device 500 Quantity is two, and it is corresponding that two brushing devices 500 move material arm 310 with two respectively.

Shown in Figure 4, brushing device 500 has scrub driving part 530, brush roll 510 and lifting driver part 520.Scrub driving part 530 is connected to brush roll 510 and is rotated for driving brush roll 510.Lifting driver part 520 is located at On board 100 and it is connected to scrub driving part 530.Lifting driver part 520 is used to scrub driving part 530 by driving and move It moves to drive 510 lifting moving of brush roll.

In one embodiment, brushing device 500 also has synchronizing wheel and synchronous belt.The quantity of brush roll 510 is more A, in the present embodiment, the quantity of brush roll 510 is two.It can be appreciated that the quantity of brush roll 510 can also be other numbers Amount, such as three, four lamps.The end of two brush rolls 510 is all connected with there are one synchronizing wheel, and each synchronizing wheel passes through synchronous belt Connection, scrub driving part 530 are connected to one of synchronizing wheel for driving synchronizing wheel rotation to drive two hairbrush Roller 510 rotates.

Shown in Fig. 1 and Fig. 2, in one embodiment, it further includes cleaning holder 210 to move material device 300.Clean holder 210 are connected on board 100, move material driving part 320 and are located on cleaning holder 210 and positioned at the top for being cleaned by ultrasonic pond 220 And the top of clear water reserviors 230.

In one embodiment, material driving element is laterally moved referring to shown in Fig. 1 and Fig. 2, shifting material driving part 320 has 321 and longitudinal move material driving element 322.Longitudinal shifting material driving element 322 is connected to shifting material arm 310 for driving shifting material arm 310 longitudinal movements.It laterally moves and expects that driving element 321 is located on cleaning holder 210 for by driving longitudinal move to expect driving member 322 transverse shifting of part moves material 310 transverse shifting of arm to drive.

Further, referring to shown in Fig. 1 and Fig. 5, move material device 300 further include move material seat 330, cross slide way 340 and Longitudinal rail 350, cross slide way 340 are horizontally set on cleaning holder 210, and the quantity of cross slide way 340 is two, two cross Direction guiding rail 340 is parallel, and the both ends for moving material seat 330 are slidably connected at respectively on two cross slide ways 340.Laterally move material driving element 321 are connected to shifting material seat 330 moves material 330 transverse shifting of seat for driving.Longitudinal rail 350 is connected on shifting material seat 330, is indulged The longitudinal material driving element 322 of moving of 350 vertical direction of direction guiding rail setting is located on longitudinal rail 350, is moved material arm 310 and is slidably connected at On longitudinal rail 350.Longitudinal material driving element 322 connection shifting material arm 310 that moves moves material arm 310 along longitudinal rail for driving 350 movements.

In one embodiment, referring to shown in Fig. 1 and Fig. 6, the automatic cleaning, drying mechanism of above-mentioned reed 10 further includes drying Equipment for drying 400.Drying unit 400 is used to dry to moving the reed on material arm 310.Further, in the present embodiment, it dries The quantity of equipment for drying 400 is consistent with the material quantity of arm 310 is moved, and two drying units 400 are located at the outside of two clear water reserviors, Two drying units 400 are used to dry to moving the reed on material arm 310.

In one embodiment, shown in Figure 6, drying unit 400 have drying guide rail 410, drying Mobile base 420, Dry nozzle 430, drying connecting rod 440 and drying driving part 450.Drying guide rail 410 is located on board 100 and vertical It is located at the side for moving material arm 310 on direction, drying Mobile base 420 is slidably connected on drying guide rail 410；Dry connecting rod 440 It is located on drying Mobile base 420.Drying nozzle 430 is connected in drying connecting rod 440, drying driving part 450 is located at board On 100 and drying Mobile base 420 is connected to for driving drying Mobile base 420 to be moved along drying guide rail 410.

In one embodiment, shown in Figure 6, drying unit 400 also has rotary driving part 460 and turntable 470.Rotary driving part 460 is located on drying Mobile base 420, and rotary driving part 460 is connected to the middle part of turntable 470.It dries Involvement extension bar 440 is connected to the edge of turntable 470.When moving, material arm 310 is in reset state and the drying driving of driving part 450 is dried When dry Mobile base 420 is moved to the wherein one end of drying guide rail 410 along drying guide rail 410, rotary driving part 460 can Driving disc 470 is rotated such that drying connecting rod 440 turns to the top for moving the reed on material arm 310, or makes drying Connecting rod 440 turns to the lower section for moving material arm 310.

In one embodiment, the quantity of drying nozzle 430 is multiple, and multiple drying nozzles 430 are both connected to drying and connect On extension bar 440.Preferably, multiple drying nozzles 430 are evenly distributed in drying connecting rod 440.

In one embodiment, also there is drying unit 400 drying pipe, drying pipe to connect multiple drying nozzles 430.

In one embodiment, referring to shown in Fig. 1 and Fig. 7, the automatic cleaning, drying mechanism of above-mentioned reed 10 further includes sky Gas heating device 600.Air heating apparatus 600 has temperature controller 610, solid-state relay 620, compressed air heating tank 630, temperature probe 640 and compressed air pipe 650.One end of compressed air pipe 650 is communicated in compressed air heating tank 630, the other end is communicated in drying nozzle 430.Temperature probe 640 is located in compressed air heating tank 630 and is connected to temperature control Device 610 processed, temperature controller 610 are connected to solid-state relay 620, and solid-state relay 620 is connected to compressed air heating tank 630 Interior electric heating wire.Temperature controller 610 is started according to preset temperature and is closed solid-state relay 620, to start With the electric heating wire for closing the inside of compressed air heating tank 630, and then the temperature of compressed air in compressed air heating tank 630 is controlled Degree.Drying is higher to temperature requirement when due to reed, and temperature cannot be more than 60 DEG C, so Pass through above-mentioned technical proposal may be implemented Compressed air temperature is accurately controlled to be ready for drying reed, and the drying unit 400 passes through control device such as PLC Start and stop are controlled to acquire signal, the state cleaned according to reed is realized and starts and close compressed air heating tank 630 automatically.

Further, referring to shown in Fig. 7 and Fig. 8, in one embodiment, air heating apparatus 600 also has hand-operated valve 660.Hand-operated valve 660 is located on compressed air heating tank 630.

Further, referring to shown in Fig. 7 and Fig. 8, in one embodiment, air heating apparatus 600 also has solenoid valve 670 and industrial temperature meter 680.Compressed air pipe 650 is equipped with solenoid valve 670.Industry is equipped in air heating apparatus 600 Thermometer 680.

Further, shown in Figure 1, further include touch screen 800 and switch board 700.Control device is located at switch board In 700, touch screen 800 is located at the top of switch board 700, and touch screen 800 is electrically connected with control device.

The automatic cleaning, drying mechanism 10 of above-mentioned reed in cleaning, drying automatic for reed, relate to a kind of reed from Dynamic cleaning, drying method.

A kind of automatic cleaning, drying method of reed, includes the following steps：

Two reed are separately fixed at two to move on material arm 310.

Two are laterally moved material driving element 321 and respectively drive two longitudinal shifting material 322 transverse shiftings of driving element to drive Two are moved the top that material arm 310 laterally moves to two clear water reserviors 230.Two longitudinal material driving elements 322 of moving respectively drive shifting The material longitudinal movement of arm 310 drops in two service sinks.Reed is put into the water of clear water reserviors 230 and impregnates 5min.

Two longitudinal move expect that driving element 322 respectively drives the shifting material longitudinal movement of arm 310 and resets.

One of material driving element 321 of laterally moving drives corresponding longitudinal material 322 transverse shifting of driving element that moves to carry out band The dynamic corresponding material arm 310 that moves laterally moves to the top for being cleaned by ultrasonic pond 220.This longitudinally moves the material driving of driving element 322 and moves material The longitudinal movement of arm 310, which drops to, to be cleaned by ultrasonic in pond 220.Reed is put into be cleaned by ultrasonic in pond 220 and cleans 15min.

After ultrasonic cleaning, this longitudinally moves the material driving shifting material longitudinal movement of arm 310 of driving element 322 and resets, laterally shifting material Driving element 321 drives corresponding longitudinal move to expect 322 transverse shifting of driving element to drive corresponding shifting to expect 310 transverse shifting of arm To the top of corresponding clear water reserviors 230, longitudinal move expects that driving element 322 respectively drives the shifting material longitudinal movement of arm 310 and drops to two In a service sink.Reed is put into the water of clear water reserviors 230 and impregnates 5min.Meanwhile another laterally moves material driving element 321 and drives Dynamic corresponding longitudinal shifting material 322 transverse shifting of driving element is cleaned by ultrasonic pond to drive corresponding shifting material arm 310 to laterally move to 220 top.The longitudinal direction, which moves the material driving of driving element 322 and moves the material longitudinal movement of arm 310 and drop to, to be cleaned by ultrasonic in pond 220.It will Reed, which is put into be cleaned by ultrasonic in pond 220, cleans 15min.

After another reed is cleaned by ultrasonic, this, which is longitudinally moved, expects that the driving of driving element 322 moves the longitudinal movement of material arm 310 again Position laterally moves material driving element 321 and corresponding longitudinal direction is driven to move material 322 transverse shifting of driving element to drive corresponding shifting to expect arm 310 laterally move to the top of corresponding clear water reserviors 230.First reed is again introduced into be cleaned by ultrasonic in pond 220 and clean 15min is moved in circles with this and is cleaned to preset times.Two sets of reed are completed in this way initially enters the precipitation spot of clear water reserviors 230, Then it sequentially enters sequentially in time in ultrasonic pond cleaning and is cleaned by ultrasonic reed.Two, which are realized, by the above mechanism moves material arm Reed on 310 is dipped into ultrasonic pond from clear water reserviors 230 and cleans the action impregnated again to clear water reserviors 230, and all action is by controlling Device control is completed so that and reed realizes automation transfer, without transport of manually taking, has been obviously improved production efficiency, Reduce labor intensity.

After cleaning, two are moved material arm 310 and resetted, and two lifting driver parts 520 scrub driving part 530 by driving It moves to drive 510 lifting moving of corresponding brush roll to predeterminated position, scrub driving part 530 drives brush roll 510 to rotate To scrub reed.After scrub, brushing device 500 resets.

After scrub, the drying driving of driving part 450 drying Mobile base 420 is moved to guide rail along drying guide rail 410 Wherein one end, 460 driving disc 470 of rotary driving part are rotated such that drying connecting rod 440 turns on shifting material arm 310 Reed top；Temperature controller 610 carries out starting solid-state relay 620 according to preset temperature, to start and close The electric heating wire of 630 the inside of compressed air heating tank, and then the temperature of compressed air in compressed air heating tank 630 is controlled, temperature Degree cannot be more than 60 DEG C.Compressed air heating tank 630 carries out jet by compressed air pipe 650 and drying nozzle 430 and knits On reed.So Pass through above-mentioned technical proposal may be implemented to accurately control compressed air temperature to carry out standard for drying reed It is standby, and the drying unit 400 controls start and stop by control device such as PLC to acquire signal, realizes and is cleaned according to reed State starts and closes compressed air heating tank 630 automatically.

While drying 430 jet of nozzle, the drying driving of driving part 450 drying Mobile base 420 is along drying guide rail 410 It is moved to the other end of guide rail, 460 driving disc 470 of rotary driving part is stated and rotates 180 °, so that drying connecting rod 440 Turn to the lower section for moving material arm 310.The lower section that nozzle 430 continues jet drying reed is dried, is recycled with this, until reed dries It is dry.

The automatic cleaning, drying mechanism of the reed of the present embodiment 10 can realize automatic transporting reed, automatic brushing, drying steel The function of reed, entire cleaning, drying process transmit operation without artificial take, are controlled by program, self-defined cleaning may be implemented The time of drying and beat, to improve the efficiency and quality stability of entire reed cleaning, the labor intensity of employee It is greatly reduced.

Each technical characteristic of embodiment described above can be combined arbitrarily, to keep description succinct, not to above-mentioned reality It applies all possible combination of each technical characteristic in example to be all described, as long as however, the combination of these technical characteristics is not deposited In contradiction, it is all considered to be the range of this specification record.

Above-described embodiments merely represent several embodiments of the utility model, the description thereof is more specific and detailed, But it should not be understood as limiting the scope of the patent of the utility model.It should be pointed out that for the common of this field For technical staff, without departing from the concept of the premise utility, various modifications and improvements can be made, these all belong to In the scope of protection of the utility model.Therefore, the protection domain of the utility model patent should be determined by the appended claims.

Claims (5)

1. a kind of drying unit, which is characterized in that including drying guide rail, drying Mobile base, drying nozzle, drying connecting rod and Dry driving part；

For being located at board, the drying Mobile base is slidably connected on the drying guide rail drying guide rail；The baking Involvement extension bar is located on the drying Mobile base, and the drying nozzle, the drying driving are connected in the drying connecting rod Component is located on the board and is connected to the drying Mobile base for driving the drying Mobile base along the drying Guide rail moves；Control device is electrically connected at the drying driving part.

2. drying unit according to claim 1, which is characterized in that the drying unit also have rotary driving part with And turntable, the rotary driving part are located on the drying Mobile base, the rotary driving part is connected to the turntable Middle part, the drying connecting rod are connected to the edge of the turntable；It is in reset state and the drying driving portion when moving material arm When part drives the drying Mobile base to be moved to the wherein one end of the drying guide rail along the drying guide rail, the rotation Driving part can drive the turntable to be rotated such that the drying connecting rod turns to described move and expects the upper of the reed on arm Side, or the drying connecting rod is made to turn to the lower section for moving material arm；The control device is electrically connected at the rotation Turn driving part.

3. drying unit according to claim 2, which is characterized in that the quantity of the drying nozzle is multiple, Duo Gesuo Drying nozzle is stated to be both connected in the drying connecting rod.

4. drying unit according to claim 3, which is characterized in that multiple drying nozzles are evenly distributed on the baking On involvement extension bar.

5. drying unit according to claim 3, which is characterized in that the drying unit also has drying pipe, the baking Main pipe connects multiple drying nozzles.