CN208840124U

CN208840124U - Textile machinery dedusting device

Info

Publication number: CN208840124U
Application number: CN201821640866.9U
Authority: CN
Inventors: 沈慧
Original assignee: Huzhou Fengshuo Textile Co Ltd
Current assignee: Huzhou Fengshuo Textile Co Ltd
Priority date: 2018-10-10
Filing date: 2018-10-10
Publication date: 2019-05-10
Anticipated expiration: 2028-10-10

Abstract

The utility model discloses textile machinery dedusting device, structure includes host, hose, collecting vessel, mobile base, interference prevention cover, dust suction straight tube.This practical collecting vessel being equipped with connects electric mechanism power by internal based on host, then electric energy is directed respectively into guiding device and negative pressure generating mechanism, the guiding device being equipped with is used to the rubbish of lighter in weight being blown into bottom part body, then metal objects are adsorbed by the disk in blanking mechanism, and it falls into metal collection mechanism, the negative-pressure adsorption mechanism being equipped with is for driving introducing mechanism to generate negative-pressure air power, entire collecting vessel is set to generate negative-pressure adsorption ability, entirety uses, storage can be concentrated to handle otiose rubbish dust, metal parts is also effectively distinguished and is collected, metal parts recycling is carried out convenient for staff to use, loss is greatly saved, increase the functionality of dedusting device.

Description

Textile machinery dedusting device

Technical field

The utility model relates to textile machinery dedusting device fields, fill particularly with regard to a kind of textile machinery dust removal It sets.

Background technique

In recent years, with the fast development of textile industry, textile machine obtains dosage and is also increasing therewith, and in textile machine During work, a large amount of dust and clast can be generated, some dusts can fall directly into the surface and inside of textile machine Corner is manually difficult to clean off, and for a long time, just forms dirt, in subsequent fabrication processes, probably due to mechanical vibration And the surface of weaving cloth is dropped into, weaving cloth is polluted, it is therefore desirable to textile machinery dedusting device.Existing technology Dedusting device carry out it is dirty it is equal collect when, simply will weaving residue and other clasts are unified absorbs in inner cavity, can not There is the metal parts differentiation of utility value to choose syringe needle, part etc., causes directly to abandon with other clasts and cause loss.

Utility model content

In view of the deficiencies of the prior art, the utility model is achieved through the following technical solutions: textile machine is spent Dirt device, structure include host, hose, collecting vessel, mobile base, interference prevention cover, dust suction straight tube, the collecting vessel To be columnar structured, and bottom is installed on mobile base upper center by embedded mode, and the host is pacified by fitting mode Loaded at the top of collecting vessel, the hose head end is connected by embedded mode with upper end on the left of collecting vessel, and end and suction The connection of dirt straight tube fitting, the interference prevention cover at hose and collecting vessel junction, and the collecting vessel includes main body, connects Motor structure, blanking mechanism, guiding device, metal collection mechanism, negative pressure generating mechanism, introducing mechanism, the negative pressure generating mechanism Both ends are installed on bottom part body by manner, and the main body upper right side, which is equipped with, connects motor structure, and the guiding device is set to master Body right side central, and be connected with motor structure is connect, the motor structure that connects is connected with negative pressure generating mechanism, and the introducing mechanism is set In main body left upper end, and right end is interlocked with blanking mechanism left end, and the blanking mechanism right end is installed on master by embedded mode On the right side of body at the half of upper end, the metal collection mechanism is by being fitted into mode set on the four of negative pressure generating mechanism bottom righthand side At/tri-.

As advanced optimizing for the technical program, the main body includes host component, shell, conductive sheet, takes out hole, isolation Bracket, relief hole, scrap collecting slot, the host component are connect with upper shell fitting, there are three the conductive sheet is set, and It is even to be equally spaced in host component bottom right end, and be connected with motor structure is connect, four points for taking out hole and being set to shell bottom righthand side Three at, and be integrated, and be connected with metal collection mechanism, shell lower-left end is equipped with relief hole, and is one Body structure, and be connected with negative pressure generating mechanism, the isolation mount right end is installed on shell right end two by welding manner At/mono-, the scrap collecting slot is set to shell lower end, and is integrated.

As advanced optimizing for the technical program, it is described connect motor structure include battery, conductive bit, No.1 power supply line, No. two power supply lines, the battery is set to shell upper right side, and bottom is set there are three conductive bit, the conductive bit and conductive sheet phase Connection, the No.1 power supply line, No. two power supply line upper ends are connected with electric power storage pool surface both ends respectively, under the No.1 power supply line End is connected with guiding device, and No. two power supply line lower ends are connected with negative pressure generating mechanism.

As advanced optimizing for the technical program, the blanking mechanism includes linkage belt, universal driving shaft, disk, blanking Rocker, the universal driving shaft right end are installed on the right side of shell at the half of upper end by manner, and middle part and linkage skin Band upper end is meshed, and engages connection inside the linkage belt lower end and guiding device, the universal driving shaft left end through equipped in Right end inside introducing mechanism, the blanking rocker is equipped with two or more, and is uniformly equally spaced in universal driving shaft left end, the linkage Disk is equipped at the half of axis left end.

As advanced optimizing for the technical program, the guiding device include driving host, drive shaft, drive belt, Guide vane, water conservancy diversion axis, the driving host right side is installed on shell right side central by manner, and is equipped in the middle part of left end Drive shaft, the drive shaft are meshed with water conservancy diversion axis respectively by drive belt, and the water conservancy diversion is located on driving host left side Lower both ends, the guide vane is equipped with two or more, and is respectively arranged in water conservancy diversion axis left end, the driving host middle part and No.1 Power supply line lower end is connected.

As advanced optimizing for the technical program, the metal collection mechanism includes hopper, hopper handle, mobile cunning Wheel, shifting sledge, spacing lever, the shifting sledge right end are installed on by manner and take out hole lower end, the feed hopper bottom Be interlocked by mobile pulley and shifting sledge, and be installed on take out hole inside, the spacing lever bottom by welding manner with Shifting sledge left end is connected, and fits on the left of top right end and hopper.

As advanced optimizing for the technical program, the negative pressure generating mechanism includes transmission main shaft, driving motor, connection Abaculus, protective net, internal spindle, wind blade, protective net handle, the driving motor are set to lower end on the right side of shell, and middle part It is connected with No. two power supply line bottoms, for the transmission main shaft right end through being connected in the middle part of driving motor, the internal spindle is right End is connected by connection abaculus with transmission main shaft, and the wind blade is equipped with two or more, and is uniformly equally spaced in inside Main shaft surface, the protective net is columnar structured, and internal both ends are interlocked with internal spindle both ends, the protective net handle It is set on the left of protective net, and is located on the outside of relief hole by welding manner.

As advanced optimizing for the technical program, the introducing mechanism includes erection joint, ingress pipe, discharges block cover, The erection joint is set to upper end on the left of shell, and middle part is equipped with ingress pipe, and the ingress pipe right end is equipped with discharge block cover, described Discharge block cover is located on the shell end middle part, and right end is equipped with blanking rocker.

The utility model has the beneficial effects that: the utility model textile machinery dedusting device, by host-initiated, and It drives and generates negative-pressure air power inside collecting vessel, dust suction straight tube is then connected by hose and is adsorbed, dust suction straight tube is passed through Head end can carry out dust suction processing to each position of textile machine, inside the collecting vessel that is equipped with by erection joint by ingress pipe with Hose connection, and discharge downwards is concentrated by discharge block cover, when being absorbed into the object come by discharge block cover, it is equipped with Disk by magnetism, will be adsorbed with metal material to the right, in order to avoid the object of metal material directly adsorbs in row It puts in block cover, the universal driving shaft being equipped with is engaged by the belt that links with drive shaft, and then obtains power, and left end drives blanking rocker It is swung on the right side of discharge block cover, it is ensured that collected metal object is fallen into isolation mount, and is imported by isolation mount Inside hopper, when staff's cleaning, hopper can be taken out by hopper handle and take out hole, screen useful needle to facilitate Head and metal fittings and other items, the mobile pulley being equipped with can be effectively reduced for facilitating hopper to move on shifting sledge Frictional force, after host-initiated, host component is connect by conductive sheet with conductive bit, and then provides power supply, then by No.1 power supply Line, No. two power supply lines are respectively that host, driving motor is driven to be powered starting, and the driving host being equipped with is engaged by drive shaft Drive belt, and two water conservancy diversion axis and guide vane are driven respectively, and then other rubbish come in of collecting are blown into scrap collecting Inside slot, the driving motor being equipped with drives internal spindle, wind blade high-speed rotation by transmission main shaft, and then forms collection The internal whole reverse wind-force of bucket, the protective net handle being equipped with for taking out protective net, internal spindle, wind blade, convenient for into Row cleaning.

For the prior art, collecting vessel that the utility model is equipped with connects motor structure electricity by internal based on host Source, then electric energy is directed respectively into guiding device and negative pressure generating mechanism, and the guiding device being equipped with is used for the rubbish of lighter in weight It is blown into bottom part body, then metal objects are adsorbed by the disk in blanking mechanism, and is fallen into metal collection mechanism, The negative-pressure adsorption mechanism being equipped with is used to that introducing mechanism to be driven to generate negative-pressure air power, and entire collecting vessel is made to generate negative-pressure adsorption ability, Entirety uses, and storage can be concentrated to handle otiose rubbish dust, and metal parts is also effectively distinguished and is received Collection carries out metal parts recycling convenient for staff and uses, loss is greatly saved, increases the functionality of dedusting device.

Detailed description of the invention

Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other spies of the utility model Sign, objects and advantages will become more apparent upon:

Fig. 1 is the structural schematic diagram of the utility model textile machinery dedusting device.

Fig. 2 is the collecting vessel schematic diagram of internal structure of the utility model.

Fig. 3 is collecting vessel the second form schematic diagram of the utility model.

In figure: host -1, hose -2, collecting vessel -3, mobile base -4, interference prevention cover -5, dust suction straight tube -6, master Body -301 connects motor structure -302, blanking mechanism -303, guiding device -304, metal collection mechanism -305, negative pressure generating mechanism - 306, introducing mechanism -307, host component -3011, shell -3012, conductive sheet -3013, take out hole -3014, isolation mount -3015, - 3023, No. two relief hole -3016, scrap collecting slot -3017, battery -3021, conductive bit -3022, No.1 power supply line power supplys Line -3024, linkage belt -3031, universal driving shaft -3032, disk -3033, blanking rocker -3034, driving host -3041, driving Axis -3042, drive belt -3043, guide vane -3044, water conservancy diversion axis -3045, hopper -3051, hopper handle -3052, movement Pulley -3053, shifting sledge -3054, spacing lever -3055, transmission main shaft -3061, driving motor -3062, connection abaculus - 3063, protective net -3064, internal spindle -3065, wind blade -3066, protective net handle -3067, erection joint -3071, lead Enter pipe -3072, discharge block cover -3073.

Specific embodiment

To be easy to understand the technical means, creative features, achievement of purpose, and effectiveness of the utility model, below In conjunction with specific embodiment and Detailed description of the invention, the preferred embodiment of the utility model is further described.

Embodiment

Please refer to Fig. 1-Fig. 3, the utility model provides textile machinery dedusting device, and structure includes that host 1, dust suction are soft Pipe 2, collecting vessel 3, mobile base 4, interference prevention cover 5, dust suction straight tube 6, the collecting vessel 3 is columnar structured, and bottom is logical It crosses embedded mode and is installed on 4 upper center of mobile base, the host 1 is installed on 3 top of collecting vessel by fitting mode, described 2 head end of hose is connected by embedded mode with 3 left side upper end of collecting vessel, and end is connect with 6 fitting of dust suction straight tube, institute Interference prevention cover 5 is stated set on hose 2 and 3 junction of collecting vessel, the collecting vessel 3 include main body 301, connect motor structure 302, Blanking mechanism 303, guiding device 304, metal collection mechanism 305, negative pressure generating mechanism 306, introducing mechanism 307, the negative pressure 306 both ends of generating mechanism are installed on 301 bottom of main body by manner, and 301 upper right side of main body is equipped with and connects motor structure 302, the guiding device 304 is set to 301 right side central of main body, and is connected with motor structure 302 is connect, described to connect motor structure 302 It is connected with negative pressure generating mechanism 306, the introducing mechanism 307 is set to 301 left upper end of main body, and right end and blanking mechanism 303 Left end is interlocked, and 303 right end of blanking mechanism is installed at the half of 301 right side upper end of main body by embedded mode, The metal collection mechanism 305 is set at 3/4ths of 306 bottom righthand side of negative pressure generating mechanism by being fitted into mode, the main body 301 include host component 3011, shell 3012, conductive sheet 3013, pumping hole 3014, isolation mount 3015, relief hole 3016, clast Collecting tank 3017, the host component 3011 are connect with 3012 upper end fitting of shell, there are three the conductive sheet 3013 is set, and It is even to be equally spaced in 3011 bottom right end of host component, and be connected with motor structure 302 is connect, the pumping hole 3014 is set to shell It at 3/4ths of 3012 bottom righthand sides, and is integrated, and is connected with metal collection mechanism 305, the shell 3012 Lower-left end is equipped with relief hole 3016, and is integrated, and be connected with negative pressure generating mechanism 306, the isolation mount 3015 right ends are installed at 3012 right end half of shell by welding manner, and the scrap collecting slot 3017 is set to shell 3012 lower ends, and be integrated, the motor structure 302 that connects includes battery 3021, conductive bit 3022, No.1 power supply line 3023, No. two power supply lines 3024, the battery 3021 is set to 3012 upper right side of shell, and bottom is set there are three conductive bit 3022, the conductive bit 3022 is connected with conductive sheet 3013,3023, No. two 3024 upper ends of power supply line of the No.1 power supply line point It is not connected with 3021 surface both ends of battery, 3023 lower end of No.1 power supply line is connected with guiding device 304, and described two Number 3024 lower end of power supply line is connected with negative pressure generating mechanism 306, and the blanking mechanism 303 includes linkage belt 3031, linkage Axis 3032, disk 3033, blanking rocker 3034,3032 right end of universal driving shaft are installed on 3012 right side of shell by manner At the half of upper end, and middle part is meshed with linkage 3031 upper end of belt, and 3031 lower end of linkage belt and guiding fill 304 inside engagement connections are set, 3032 left end of universal driving shaft, which is run through, to be equipped in 307 inside right end of introducing mechanism, the blanking pendulum Frame 3034 is equipped with two or more, and is uniformly equally spaced in 3032 left end of universal driving shaft, 3032 left end of universal driving shaft two/ Disk 3033 is equipped at one, the guiding device 304 includes driving host 3041, drive shaft 3042, drive belt 3043, water conservancy diversion Blade 3044, water conservancy diversion axis 3045 are installed on 3012 right side central of shell by manner on the right side of the driving host 3041, and Drive shaft 3042 is equipped in the middle part of left end, the drive shaft 3042 is meshed with water conservancy diversion axis 3045 respectively by drive belt 3043, The water conservancy diversion axis 3045 is set to driving 3041 left side upper and lower ends of host, and the guide vane 3044 is equipped with two or more, and divides It is not installed on 3045 left end of water conservancy diversion axis, 3041 middle part of driving host is connected with 3023 lower end of No.1 power supply line, the gold Belonging to collecting mechanism 305 includes hopper 3051, hopper handle 3052, mobile pulley 3053, shifting sledge 3054, spacing lever 3055,3054 right end of shifting sledge is installed on by manner and takes out 3014 lower end of hole, and 3051 bottom of hopper passes through Mobile pulley 3053 is interlocked with shifting sledge 3054, and is installed on and takes out inside hole 3014, and 3055 bottom of spacing lever is logical It crosses welding manner to be connected with 3054 left end of shifting sledge, and fits on the left of top right end and hopper 3051, the negative pressure is raw At mechanism 306 include transmission main shaft 3061, driving motor 3062, connection abaculus 3063, protective net 3064, internal spindle 3065, Wind blade 3066, protective net handle 3067, the driving motor 3062 are set to 3012 right side lower end of shell, and middle part and No. two 3024 bottom of power supply line is connected, and 3061 right end of transmission main shaft, which runs through, is connected to 3062 middle part of driving motor, the inside 3065 right end of main shaft by connect abaculus 3063 be connected with transmission main shaft 3061, the wind blade 3066 set there are two with On, and be uniformly equally spaced in 3065 surface of internal spindle, the protective net 3064 be it is columnar structured, and internal both ends with it is interior Main shaft 3065 both ends in portion's are interlocked, and the protective net handle 3067 is set to 3064 left side of protective net by welding manner, and is located at 3016 outside of relief hole, the introducing mechanism 307 include erection joint 3071, ingress pipe 3072, discharge block cover 3073, the peace Joint 3071 is set to 3012 left side upper end of shell, and middle part is equipped with ingress pipe 3072, and 3072 right end of ingress pipe is equipped with row Block cover 3073 is put, the discharge block cover 3073 is located at 3012 upper center of shell, and right end is equipped with blanking rocker 3034.

The principles of the present invention: being started by host 1, and is driven and generated negative-pressure air power inside collecting vessel 3, is then passed through Hose 2 connects dust suction straight tube 6 and is adsorbed, and can be inhaled to each position of textile machine by 6 head end of dust suction straight tube Dirt is handled, and is connect ingress pipe 3072 with hose 2 by erection joint 3071 inside the collecting vessel 3 being equipped with, and pass through row It puts block cover 3073 and concentrates downward discharge, when being absorbed into the object come by discharge block cover 3073, the disk 3033 being equipped with is logical Magnetism is crossed, by adsorbing to the right with metal material, in order to avoid the object of metal material directly adsorbs in discharge block cover On 3073, the universal driving shaft 3032 being equipped with is engaged by the belt 3031 that links with drive shaft 3042, and then obtains power, and left end band Dynamic blanking rocker 3034 is swung on the right side of discharge block cover 3073, it is ensured that collected metal object is fallen into isolation mount 3015 It is interior, and imported inside hopper 3051 by isolation mount 3015, when staff's cleaning, can be incited somebody to action by hopper handle 3052 Hopper 3051, which takes out, takes out hole 3014, screens useful syringe needle and metal fittings and other items, the mobile pulley being equipped with to facilitate 3053 are used to that hopper 3051 to be facilitated to move on shifting sledge 3054, can effectively reduce frictional force, main after host 1 starts Thermomechanical components 3011 are connect by conductive sheet 3013 with conductive bit 3022, and then provide power supply, then by No.1 power supply line 3023, two Power supply line 3024 is respectively that host 3041, driving motor 3062 is driven to be powered starting, and the driving host 3041 being equipped with passes through Drive shaft 3042 engages drive belt 3043, and drives two water conservancy diversion axis 3045 and guide vane 3044 respectively, and then will be other It collects the rubbish come in be blown into inside scrap collecting slot 3017, the driving motor 3062 being equipped with drives interior by transmission main shaft 3061 Portion's main shaft 3065,3066 high-speed rotation of wind blade, and then the whole reverse wind-force in 3 inside of collecting vessel is formd, what is be equipped with is anti- Protective net handle 3067 is convenient for cleaning for taking out protective net 3064, internal spindle 3065, wind blade 3066.

Wind blade 3066 described in the utility model is one of core component of wind-driven generator, accounts for about blower totle drilling cost 15%-20%, the quality that it is designed will be directly related to the performance and benefit of blower.

The utility model solve the problems, such as be existing technology dedusting device carry out it is dirty it is equal collect when, simply will weaving Residue and unified absorb of other clasts can not have syringe needle, part etc. in inner cavity the metal parts differentiation of utility value to choose Out, cause directly to abandon with other clasts and cause loss, the utility model is combined with each other by above-mentioned component, whole to use Get up, storage can be concentrated to handle otiose rubbish dust, metal parts is also effectively distinguished and is collected, is convenient for work Make personnel and carry out metal parts recycling use, loss is greatly saved, increases the functionality of dedusting device.

Claims

1. textile machinery dedusting device, structure include host (1), hose (2), collecting vessel (3), mobile base (4), Interference prevention cover (5), dust suction straight tube (6), the collecting vessel (3) is columnar structured, and bottom is installed on by embedded mode Mobile base (4) upper center, it is characterised in that:

The host (1) is installed at the top of collecting vessel (3) by fitting mode, and hose (2) head end passes through insertion side Formula is connected with upper end on the left of collecting vessel (3), and end is connect with dust suction straight tube (6) fitting, and the interference prevention cover (5) is set to Hose (2) and collecting vessel (3) junction；

The collecting vessel (3) includes main body (301), connects motor structure (302), blanking mechanism (303), guiding device (304), metal Collecting mechanism (305), negative pressure generating mechanism (306), introducing mechanism (307), negative pressure generating mechanism (306) both ends pass through button Conjunction mode is installed on main body (301) bottom, and main body (301) upper right side is equipped with and connects motor structure (302), the guiding device (304) it is set to main body (301) right side central, and is connected with motor structure (302) is connect, it is described to connect motor structure (302) and negative pressure life It is connected at mechanism (306), the introducing mechanism (307) is set to main body (301) left upper end, and right end and blanking mechanism (303) Left end is interlocked, and blanking mechanism (303) right end is installed on the half of upper end on the right side of main body (301) by embedded mode Place, the metal collection mechanism (305) are set at 3/4ths of negative pressure generating mechanism (306) bottom righthand side by being fitted into mode.

2. textile machinery dedusting device according to claim 1, it is characterised in that: the main body (301) includes host Component (3011), conductive sheet (3013), takes out hole (3014), is isolation mount (3015), relief hole (3016), broken shell (3012) It considers to be worth doing collecting tank (3017), the host component (3011) connect with shell (3012) upper end fitting, and the conductive sheet (3013) sets There are three, and be uniformly equally spaced in host component (3011) bottom right end, and be connected with motor structure (302) is connect, the pumping Hole (3014) is set at 3/4ths of shell (3012) bottom righthand side, and is integrated, and with metal collection mechanism (305) Be connected, shell (3012) the lower-left end is equipped with relief hole (3016), and be integrated, and with negative pressure generating mechanism (306) it is connected, isolation mount (3015) right end is installed at shell (3012) right end half by welding manner, The scrap collecting slot (3017) is set to shell (3012) lower end, and is integrated.

3. textile machinery dedusting device according to claim 1, it is characterised in that: the motor structure (302) that connects includes Battery (3021), conductive bit (3022), No.1 power supply line (3023), No. two power supply lines (3024), the battery (3021) Set on shell (3012) upper right side, and bottom sets that there are three conductive bit (3022), the conductive bit (3022) and conductive sheets (3013) be connected, the No.1 power supply line (3023), No. two power supply line (3024) upper ends respectively with battery (3021) surface Both ends are connected, and No.1 power supply line (3023) lower end is connected with guiding device (304), No. two power supply lines (3024) Lower end is connected with negative pressure generating mechanism (306).

4. textile machinery dedusting device according to claim 1, it is characterised in that: the blanking mechanism (303) includes Linkage belt (3031), universal driving shaft (3032), disk (3033), blanking rocker (3034), universal driving shaft (3032) right end are logical It crosses manner to be installed on the right side of shell (3012) at the half of upper end, and middle part is mutually nibbled with linkage belt (3031) upper end It closes, engages connection inside the linkage belt (3031) lower end and guiding device (304), universal driving shaft (3032) left end is run through Equipped in the internal right end of introducing mechanism (307), the blanking rocker (3034) is equipped with two or more, and is uniformly equally spaced in connection Moving axis (3032) left end is equipped with disk (3033) at the half of universal driving shaft (3032) left end.

5. textile machinery dedusting device according to claim 1, it is characterised in that: the guiding device (304) includes Drive host (3041), drive shaft (3042), drive belt (3043), guide vane (3044), water conservancy diversion axis (3045), the drive Shell (3012) right side central is installed on by manner on the right side of dynamic host (3041), and is equipped with drive shaft in the middle part of left end (3042), the drive shaft (3042) is meshed with water conservancy diversion axis (3045) respectively by drive belt (3043), the water conservancy diversion axis (3045) upper and lower ends on the left of driving host (3041) are set to, the guide vane (3044) is equipped with two or more, and pacifies respectively Loaded on water conservancy diversion axis (3045) left end, it is connected in the middle part of the driving host (3041) with No.1 power supply line (3023) lower end.

6. textile machinery dedusting device according to claim 1, it is characterised in that: the metal collection mechanism (305) Including hopper (3051), hopper handle (3052), mobile pulley (3053), shifting sledge (3054), spacing lever (3055), institute It states shifting sledge (3054) right end and pumping hole (3014) lower end is installed on by manner, hopper (3051) bottom passes through shifting Movable pulley (3053) is interlocked with shifting sledge (3054), and is installed on and takes out hole (3014) inside, the spacing lever (3055) Bottom is connected by welding manner with shifting sledge (3054) left end, and is fitted on the left of top right end and hopper (3051).

7. textile machinery dedusting device according to claim 1 or 2 or 3, it is characterised in that: the negative pressure generating mechanism It (306) include transmission main shaft (3061), driving motor (3062), connection abaculus (3063), protective net (3064), internal spindle (3065), wind blade (3066), protective net handle (3067), under the driving motor (3062) is set on the right side of shell (3012) End, and middle part is connected with No. two power supply line (3024) bottoms, transmission main shaft (3061) right end is electric through driving is connected to In the middle part of machine (3062), internal spindle (3065) right end is connected by connecting abaculus (3063) with transmission main shaft (3061), The wind blade (3066) is equipped with two or more, and is uniformly equally spaced in internal spindle (3065) surface, the protective net It (3064) is columnar structured, and internal both ends are interlocked with internal spindle (3065) both ends, the protective net handle (3067) It is set on the left of protective net (3064), and is located on the outside of relief hole (3016) by welding manner.

8. textile machinery dedusting device according to claim 1, it is characterised in that: the introducing mechanism (307) includes Erection joint (3071), ingress pipe (3072), discharge block cover (3073), it is left that the erection joint (3071) is set to shell (3012) Side upper end, and middle part is equipped with ingress pipe (3072), ingress pipe (3072) right end is equipped with discharge block cover (3073), the discharge Block cover (3073) is located at shell (3012) upper center, and right end is equipped with blanking rocker (3034).