CN108670118A - A kind of workshop dedusting mechanism - Google Patents
A kind of workshop dedusting mechanism Download PDFInfo
- Publication number
- CN108670118A CN108670118A CN201810465928.5A CN201810465928A CN108670118A CN 108670118 A CN108670118 A CN 108670118A CN 201810465928 A CN201810465928 A CN 201810465928A CN 108670118 A CN108670118 A CN 108670118A
- Authority
- CN
- China
- Prior art keywords
- electric welding
- pulley
- plate
- hinge seat
- gear
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Granted
Links
Classifications
-
- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47L—DOMESTIC WASHING OR CLEANING; SUCTION CLEANERS IN GENERAL
- A47L7/00—Suction cleaners adapted for additional purposes; Tables with suction openings for cleaning purposes; Containers for cleaning articles by suction; Suction cleaners adapted to cleaning of brushes; Suction cleaners adapted to taking-up liquids
-
- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47L—DOMESTIC WASHING OR CLEANING; SUCTION CLEANERS IN GENERAL
- A47L9/00—Details or accessories of suction cleaners, e.g. mechanical means for controlling the suction or for effecting pulsating action; Storing devices specially adapted to suction cleaners or parts thereof; Carrying-vehicles specially adapted for suction cleaners
-
- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47L—DOMESTIC WASHING OR CLEANING; SUCTION CLEANERS IN GENERAL
- A47L9/00—Details or accessories of suction cleaners, e.g. mechanical means for controlling the suction or for effecting pulsating action; Storing devices specially adapted to suction cleaners or parts thereof; Carrying-vehicles specially adapted for suction cleaners
- A47L9/02—Nozzles
-
- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47L—DOMESTIC WASHING OR CLEANING; SUCTION CLEANERS IN GENERAL
- A47L9/00—Details or accessories of suction cleaners, e.g. mechanical means for controlling the suction or for effecting pulsating action; Storing devices specially adapted to suction cleaners or parts thereof; Carrying-vehicles specially adapted for suction cleaners
- A47L9/10—Filters; Dust separators; Dust removal; Automatic exchange of filters
Abstract
The invention discloses a kind of workshop dedusting mechanisms, its structure includes pedestal, dust exhaust apparatus, dust storage tank, cylinder, joint, guide bracket, position sheath, fixed seat, dust exhaust apparatus is set to base upper surface, dust exhaust apparatus is connected with pedestal by electric welding, dust storage tank is located at dust exhaust apparatus upper surface, cylinder is installed on the right side of pedestal, joint is installed on cylinder upper surface and is movably connected and connects, guide bracket is set to pedestal right upper, guide bracket is connected with pedestal by electric welding, positioning sheath passes through guide bracket and lower end to be movably connected with cylinder by joint and connects, positioning sheath is located on the left of dust exhaust apparatus and is connected by organ's hinge, when positioning sheath after fixation, the dust in workshop can be adsorbed by dust exhaust apparatus, and dust is stored in dust storage tank, avoid dust pollution phenomenon in workshop, effectively raise the cleannes in workshop.
Description
Technical field
The present invention is a kind of workshop dedusting mechanism, belongs to field of dust removal equipment.
Background technology
Workshop dedusting is not only to improve the key factor of the quality of product, and the top priority of safety in production, at present vehicle
Between dedusting be mainly 1, by the cleaning of cleaner and employee, consume a large amount of man power and material, and can be due to clear when sweeping
The use of clean articles for use, causes the raising of production cost, and 2, introduce large-scale cleaner, not only noise is big, complicated for operation, and accounts for
With a large amount of workshop place, and there is limitation in use, movement is complex, does not utilize the suction of workshop top dust
Echo collection.
Invention content
In view of the deficienciess of the prior art, it is an object of the present invention to provide a kind of workshop dedusting mechanism, to solve existing skill
For art there are cleaner occupied space is big, movement is complex, does not utilize workshop top dust adsorption and collects and cause to occur
The defect inevitably endangered.
To achieve the goals above, the present invention is to realize by the following technical solutions：
A kind of workshop dedusting mechanism, structure include pedestal, dust exhaust apparatus, dust storage tank, cylinder, joint, guide bracket, positioning
Sheath, fixed seat, dust exhaust apparatus are set to base upper surface, are connected by electric welding with pedestal, dust storage tank is located at dust exhaust apparatus upper table
Face, cylinder are installed on the right side of pedestal, and joint is installed on cylinder upper surface and is movably connected and connects, and guide bracket is set to pedestal right upper,
Guide bracket is connected with pedestal by electric welding, and positioning sheath passes through guide bracket and lower end to be movably connected with cylinder by joint and connects, and positions sheath
It is connected on the left of dust exhaust apparatus and by organ's hinge, fixed seat is set to pedestal right upper and below dust storage tank,
Fixed seat is connected with pedestal by electric welding；Dust exhaust apparatus is passed by power source mechanism, resetting structure, transmission connecting structure, gear
Motivation structure, moving structure, telescoping mechanism, actuating mechanism, adsorbing mechanism composition, power source mechanism are connected with positioning sheath with dynamic,
Resetting structure is located at below power source mechanism and is connected by pulling, and transmission connecting structure is set to power source mechanism left and leads to
It crosses transmission to be connected, gear drive right lower quadrant gear is connected with transmission connecting structure by driving belt, moving structure
Set on gear drive upper left quarter and it is located at transmission connecting structure rear, moving structure is with gear drive by engaging phase
Connection, telescoping mechanism are set to moving structure lower left side and are connect by being driven to tense to be movably connected, and actuating mechanism right part, which is set to, to be stretched
Contracting mechanism upper surface and synchronous movement, adsorbing mechanism are set to middle and upper part in device and are electrically connected with actuating mechanism.
Preferably, power source mechanism is by matching column, fixed plate, No.1 spring, pulley, second pulley, third pulley, set
Cylinder, No. two springs, pull rod, fixing buckle, No.1 rope composition stretch into right middle in device with dynamic column left part, and fixed plate, which is set to, matches
Dynamic column left-hand face, fixed plate are connected with dynamic column by electric welding, and fixed plate lower end is connected with resetting structure transmission, No.1
Spring is equipped with two and is located at the right surface top and the bottom of fixed plate, and fixed plate is connected by No.1 spring with device electric welding,
First pulley is set to upper right wall in device and is moved above column positioned at matching, and second pulley is set under the demarcation strip that upper wall is equipped in device
On the right side of surface, second pulley is connected with demarcation strip by electric welding, and sleeve is set on the right side of demarcation strip lower surface and is slided positioned at second
Left is taken turns, sleeve is connected with demarcation strip by electric welding, and third pulley is set to the right surface middle part of sleeve, and third pulley is logical with sleeve
It crosses electric welding to be connected, pull rod top stretches into sleeve inner and by No. two springs is connected, and fixing buckle is set to pull rod lower end, fixed
Button is connected with pull rod by electric welding, is connected to a fixed with transmission connecting structure on the left of fixing buckle, No.1 rope one end and fixation
The winding of plate upper surface is connected and the other end is connected around first pulley, second pulley and third pulley with fixing buckle.
Preferably, resetting structure by positioning baffle, No.1 hollow base, the first rail rods, the first castor, cross-tie,
No. three springs, connecting rod, limiting plate, the 4th pulley, No. two rope compositions, positioning baffle are set on the right side of device lower inner wall, positioning gear
Plate is connected with device by electric welding, and No.1 hollow base is set to positioning baffle lower right surface, and No.1 hollow base is logical with positioning baffle
It crosses to be welded to be vertically connected and connect, the first rail rods are installed on middle and lower part in No.1 hollow base, and the first rail rods are logical with No.1 hollow base
It crosses electric welding to be connected, cross-tie is set to upper right quarter in No.1 hollow base and by No. three springs is connected, and the first castor is set
On the left of cross-tie lower surface, the first castor is connected with cross-tie by electric welding, the first castor and the first track
Bar is flexibly connected, and connecting rod is set on the left of cross-tie upper surface, and connecting rod is connected with cross-tie by electric welding, and limiting plate is set to
Connecting rod upper surface, limiting plate are vertically connected by electric welding with connecting rod and are connect, and the 4th pulley is set to bottom right wall in device, No. two ropes one
It is fixedly connected on the right side of end and cross-tie and the other end is connected around the 4th pulley with fixed plate winding.
Preferably, transmission connecting structure is by mounting plate, winding roll, No.1 rotating disk, rotating fixing rod, transmission rope, transmission
Belt, No. two rotating disk compositions, winding roll are installed on power source mechanism left by mounting plate, and No.1 rotating disk is set to winding roll
Front surface center, No.1 rotating disk are connected with winding roll by rotating fixing rod, and No. two rotating disks are located at table before No.1 gear
Face center, and be connected by rotating fixing rod with No.1 gear, and connect with No.1 rotating disk by driving belt.
Preferably, gear drive by No.1 holder, No.1 oversleeve, No. two holders of No.1 gear, No. two oversleeves, No. two
Gear forms, and No.1 branch is set up on the right side of device lower inner wall, and No.1 holder is connected with device by electric welding, and No.1 oversleeve is set to
No.1 rack upper surface, No.1 oversleeve and No.1 holder are connected by electric welding, and No. two branch are set up in No.1 holder upper left side, and two
Number oversleeve is set to No. two rack upper surfaces, and No. two oversleeves are connected with No. two holders by electric welding, No.1 gear, No. two gears and
No.1 oversleeve, No. two oversleeves are connected by fitting, and No. two gears pass through engaged transmission and No.1 gear, moving structure phase respectively
Connection.
Preferably, moving structure is by No. two hollow bases, No. two rail rods, the first castor, gear plate, No. four springs, three
Number rope, the 5th pulley, fixed link, the first fast pulley, the second fast pulley, third fast pulley, support plate, transverse sleeves, No. five
Spring, push rod composition, No. two hollow bases are set in the middle part of the demarcation strip lower surface that device is internally provided with, and No. two rail rods are set to No. two
It is connected inside hollow base and by electric welding, gear plate is set to No. two hollow base lower inner walls, and No. four springs are set to No. two hollow bases
Interior bottom right wall, gear plate are connected with No. two hollow bases by No. four springs, and the first castor is set on the right side of gear plate upper surface,
First castor is connected with gear plate by electric welding, and the first castor top is connect with No. two rail rods by being movably connected, the
Five pulleys are set to actuating mechanism left upper portion, and the 5th pulley is connected with actuating mechanism by electric welding, and fixed link is set in device
Lower wall, fixed link and device are connected by electric welding, and the first fast pulley is set in the middle part of fixed link front surface, the first fast pulley with it is solid
Fixed pole is connected by electric welding, and the second fast pulley is set to fixed link front surface top and above the first fast pulley, and second is solid
Fixed wheel is connected with fixed link by electric welding, and third fast pulley is set to fixed link front surface top and on the second fast pulley
Side, third fast pulley and fixed link are connected by electric welding, and support plate is set to fixed link left-hand face middle and lower part, support plate with admittedly
Fixed pole is vertically connected by electric welding and is connect, and transverse sleeves are set to support plate upper surface, and push rod right part stretches into inside transverse sleeves and leads to
It crosses No. five springs to be connected, be connected with telescoping mechanism transmission on the left of push rod, No. three rope one end and stationary phase on the left of gear plate
Connection and the other end bypass the 5th pulley, third fast pulley, the second fast pulley and third fast pulley and on the right side of transverse sleeves
It is connected with push rod winding.
Preferably, telescoping mechanism by retaining rail guidance tape, first hinge seat, idler wheel, connecting plate, second hinge seat, first
Bar, the second strut, telescopic rod, mounting plate, third hinge seat, third strut, vertical mounting plate, the 4th hinge seat, the 4th strut,
Spring lever forms, and retaining rail guidance tape is set on the left of device lower inner wall, and retaining rail guidance tape is connected with device by electric welding, the first hinge
Chain seat is set to retaining rail guidance tape right lateral surface middle and lower part and is connected by electric welding, idler wheel be set to connecting plate left-hand face and with it is solid
The sliding of orbit determination guidance tape is connected, and second hinge seat is set in the middle part of connecting plate lower surface and is connected by electric welding, the first strut top
End is connected with second hinge seat and bottom end is connected with first hinge seat, and telescopic rod is equipped with two and set on a device lower inner wall left side
Side and be located at retaining rail guidance tape right, mounting plate be set to telescopic rod upper surface and by electric welding be connected, third hinge seat is set to
Mounting plate upper surface, third hinge seat are connected with mounting plate by electric welding, and the second strut top is connected with first hinge seat
And bottom end is connected with third hinge seat, the 4th hinge seat is set to vertical mounting plate left-hand face, the 4th hinge seat and vertical peace
Loading board is connected by electric welding, is connected by pushing with push rod on the right side of vertical mounting plate, third strut top and the 4th hinge
Seat is connected and bottom end is connected with third hinge seat, and the 4th strut top is connected with second hinge seat and bottom end is cut with scissors with the 4th
Chain seat is connected, and spring lever left end is connected with first hinge seat by electric welding and right end and the 4th hinge seat left side central portion are welded
It is connected.
Preferably, actuating mechanism turns station, electric wire, shaft, support base, insulating base, thin bar, plug, No. six groups of springs by electricity
At electricity turns station and is set to device inner left wall, and shaft is equipped with two and on the left of adsorbing mechanism lower surface, and shaft is logical with adsorbing mechanism
It crosses electric welding to be connected, support base is set to shaft lower end and by electric welding is connected, and insulating base is installed on support base upper surface, thin bar
Equipped with two and it is set to insulating base lower surface, thin bar lower end is connected across support base with connecting plate, and plug sets there are two and divides
Not Wei Yu insulating base upper surface left and right sides, electricity turns station and is connected by electric wire with plug, and No. six springs are equipped with two and difference position
It is connected in insulating base upper surface left and right sides and with adsorbing mechanism.
Preferably, adsorbing mechanism is made of negative pressure of vacuum tank, socket, connecting tube and compression suction nozzle, and negative pressure of vacuum is set to dress
The demarcation strip upper surface being internally provided with is set, socket is set on the left of negative pressure of vacuum tank lower surface, and socket passes through spiral shell with negative pressure of vacuum tank
Bolt is connected, socket and plug electrical connection, and connecting tube is equipped at least four and is located at negative pressure of vacuum tank upper surface, and compression is inhaled
Mouth is equipped at least four and is connected respectively with connecting tube.
Preferably, dust storage tank is made of dust-storage chamber, cushioning fender and dust mouth, cushioning fender be buckled in dust storage tank inner wall
On, aperture is 100-200 mesh.
Compared with prior art, beneficial effects of the present invention are：
Workshop dedusting mechanism of the present invention positions sheath by the effect in cylinder and joint and moves up, and power source mechanism then exists
After positioning sheath fixation, moved right to inside grooves, together under the action of No.1 spring by positioning the groove that sheath is equipped with
When by No.1 rope drive pull rod to phase shift, transmission rope is then no longer influenced by effect of the pulling force in winding roll of power source mechanism
Lower rotation counterclockwise carries out take-up to transmission rope, and rotating disk is then rotated by rotating fixing rod under the action of winding roll,
The rotation of No.1 gear synchronous is driven by driving belt, while driving No. two gears to be turned by No.1 gear engaged transmission
It is dynamic, and then the gear plate above No. two gears then moves right under its rotation, push rod then by No. three ropes with cross
It moves right under to the interaction of sleeve, while vertical mounting plate being pushed to move right, idler wheel then pushing away in vertical mounting plate
It is moved down under the dynamic lower interaction for passing through the first strut, the second strut, third strut, the 4th strut, while passing through thin bar
Insulating base is driven to move down, plug is moved down by moving down for thin bar with the downward effect of No. six springs, and vacuum is negative
Pressure tank stops operating, and the compression suction nozzle of dust exhaust apparatus then no longer carries out absorptive collection；It is opposite, when position moved under sheath phase when,
Power source mechanism is then moved to the left under its effect, at the same reset is fixed by resetting structure, and pull rod is then in No.1
The pulling of rope restPoses under the interaction of No. two springs, and gear drive leads under the downward effect of pull rod
The pumping line needle that take advantage of a situation for crossing transmission rope rotates and gear drive all parts is driven to synchronize rotation, passes through and is driven skin
Band drives the rotation of No.1 gear synchronous, while driving No. two gears to be rotated by No.1 gear engaged transmission, and gear plate is same
Shi Si springs under the action of No. two gears drive No. three ropes be moved to the left, while pulling push rod be moved to the left, erect
It is no longer influenced by the thrust of spring lever to mounting plate and restPoses under the action of spring lever, and drives connecting plate to moving up
Dynamic, plug is then powered under its effect with female contact, starts negative pressure of vacuum tank, and the compression suction nozzle of dust exhaust apparatus is to workshop ash
Dirt carries out absorptive collection.
Workshop dedusting mechanism of the present invention, when positioning sheath after fixation, by equipped with dust exhaust apparatus workshop can be inhaled
Dirt, noiseless generates whole equipment in use, and whole device is small, convenient in carrying.
Description of the drawings
Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other feature of the invention,
Objects and advantages will become more apparent upon：
Fig. 1 is a kind of structural schematic diagram of workshop dedusting mechanism of the present invention；
Fig. 2 is a kind of structural schematic diagram of dust exhaust apparatus of the present invention；
Fig. 3 is a kind of detailed construction schematic diagram of dust exhaust apparatus of the present invention；
Fig. 4 is the structure enlargement diagram at A in Fig. 3.
In figure：Pedestal -1, dust exhaust apparatus -2, dust storage tank -3, cylinder -4, joint -5, guide bracket -6, positioning sheath -7, fixed seat -
8, power source mechanism -20, resetting structure -21, transmission connecting structure -22, gear drive -23, moving structure -24, flexible
Dynamic column -201, fixed plate -202, No.1 spring -203, first pulley -, adsorbing mechanism -27, are matched at actuating mechanism -26 by mechanism -25
204, second pulley -205, third pulley -206, sleeve -207, No. two springs -208, pull rod -209, fixing buckle -2010, No.1s
Rope -2011, positioning baffle -210, No.1 hollow base -211, the first rail rods -212, the first castor -213, cross-tie -
214, No. three springs -215, connecting rod -216, limiting plate -217, the 4th pulley -218, No. two ropes -219, mounting plate -220, volume
Drum -221, No.1 rotating disk -222, No. two rotating disks -226, rotating fixing rod -223, transmission rope -224, driving belts -
225, -231, No. two gears -232 of No.1 gear, No. two hollow bases -240, No. two rail rods -241, the first castor -242, tooth
Wheel plate -243, No. four springs -244, No. three ropes -245, the 5th pulley -246, fixed link -247, the first fast pulley -248,
Two fast pulleys -249, third fast pulley -2410, support plate -2411, transverse sleeves -2412, No. five springs -2413, push rods -
2414, retaining rail guidance tape -250, first hinge seat -251, idler wheel -252, connecting plate -253, second hinge seat -254, first
Bar -255, the second strut -256, telescopic rod -257, mounting plate -258, third hinge seat -259, third strut -2510, vertical peace
Loading board -2511, the 4th hinge seat -2512, the 4th strut -2513, spring lever -2514, electricity turn station -260, electric wire -261, shaft -
262, support base -263, insulating base -264, thin bar -265, plug -266, No. six springs -267, negative pressure of vacuum tank -270, socket -
271, connecting tube -272, compression suction nozzle -273.
Specific implementation mode
To make the technical means, the creative features, the aims and the efficiencies achieved by the present invention be easy to understand, with reference to
Specific implementation mode, the present invention is further explained.
- Fig. 4 is please referred to Fig.1, the present invention provides a kind of workshop dedusting mechanism technical solution：Its structure includes pedestal 1, dust suction
Device 2, dust storage tank 3, cylinder 4, joint 5, guide bracket 6, positioning sheath 7, fixed seat 8, dust exhaust apparatus 2 are set to 1 upper surface of pedestal, dust suction
Device 2 is connected with pedestal 1 by electric welding, and dust storage tank 3 is located at 2 upper surface of dust exhaust apparatus, and cylinder 4 is installed on 1 right side of pedestal, closes
Section 5, which is installed on 4 upper surface of cylinder and is movably connected, to be connect, and guide bracket 6 is set to 1 right upper of pedestal, and guide bracket 6 passes through electric welding with pedestal 1
It is connected, positioning sheath 7 passes through guide bracket 6 and lower end to be movably connected with cylinder 4 by joint 5 and connects, and positioning sheath 7 is located at dust exhaust apparatus 2
Left side is simultaneously connected by organ's hinge, and fixed seat 8 is set to 1 right upper of pedestal and positioned at 3 lower section of door skin, fixed seat 8
It is connected by electric welding with pedestal 1；
Dust exhaust apparatus 2 is by power source mechanism 20, resetting structure 21, transmission connecting structure 22, gear drive 23, movement
Structure 24, telescoping mechanism 25, actuating mechanism 26, adsorbing mechanism 27 form, and power source mechanism 20 is connected with positioning sheath 7 with dynamic,
Resetting structure 21 is located at 20 lower section of power source mechanism and is connected by pulling, and transmission connecting structure 22 is set to power source mechanism 20
Left is simultaneously connected by transmission, and 23 right lower quadrant gear of gear drive is connected with transmission connecting structure 22 by driving belt
It connects, moving structure 24 is set to 23 upper left quarter of gear drive and is located at 22 rear of transmission connecting structure, moving structure 24 and tooth
Wheel drive mechanism 23 is connected by engagement, and telescoping mechanism 25 is set to 24 lower left side of moving structure and by being driven tension activity
Be connected, 26 right part of actuating mechanism be set to 25 upper surface of telescoping mechanism and synchronous movement, adsorbing mechanism 27 be set to device on
It portion and is electrically connected with actuating mechanism 26；
Power source mechanism 20 is by matching column 201, fixed plate 202, No.1 spring 203, first pulley 204, second pulley
205, third pulley 206,207, No. two springs 208 of sleeve, pull rod 209, fixing buckle 2010, No.1 rope 2011 form, with dynamic
201 left part of column stretches into right middle in device, and fixed plate 202 is set to 201 left-hand face of dynamic column, fixed plate 202 and with dynamic column 201
It is connected by electric welding, 202 lower end of fixed plate is connected with the transmission of resetting structure 21, and No.1 spring 203 is equipped with two and difference
Positioned at 202 right surface top and the bottom of fixed plate, fixed plate 202 is connected by No.1 spring 203 with device electric welding, first pulley
204 are set to upper right wall in device and move 201 top of column positioned at matching, and second pulley 205 is set to the demarcation strip that upper wall is equipped in device
On the right side of lower surface, second pulley 205 is connected with demarcation strip by electric welding, and sleeve 207 is set on the right side of demarcation strip lower surface and position
In 205 left of second pulley, sleeve 207 is connected with demarcation strip by electric welding, and third pulley 206 is set to 207 right surface of sleeve
Middle part, third pulley 205 are connected with sleeve 207 by electric welding, and 209 top of pull rod stretches into 207 inside of sleeve and by No. two
Spring 208 is connected, and fixing buckle 2010 is set to 209 lower end of pull rod, and fixing buckle 2010 is connected with pull rod 209 by electric welding, Gu
Surely 2010 left side of button is connected to a fixed with transmission connecting structure 22, and 2011 one end of No.1 rope is wound with 202 upper surface of fixed plate
It is connected and the other end is connected around first pulley 204, second pulley 205 and third pulley 206 with fixing buckle 2010；
Resetting structure 21 is by positioning baffle 210, No.1 hollow base 211, the first rail rods 212, the first castor 213, cross
It is formed to 218, No. two 214, No. three springs 215 of pull rod, connecting rod 216, limiting plate 217, the 4th pulley ropes 219, positioning baffle
210 are set on the right side of device lower inner wall, and positioning baffle 210 is connected with device by electric welding, and No.1 hollow base 211 is set to positioning and keeps off
210 lower right surface of plate, No.1 hollow base 211 are vertically connected by electric welding with positioning baffle 210 and are connect, the installation of the first rail rods 212
In middle and lower part in No.1 hollow base 211, the first rail rods 212 are connected with No.1 hollow base 211 by electric welding, cross-tie
214 are set to upper right quarter in No.1 hollow base 211 and are connected by No. three springs 215, and the first castor 213 is set to cross-tie
On the left of 214 lower surfaces, the first castor 213 is connected with cross-tie 214 by electric welding, the first castor 213 and the first rail
Road bar 212 is flexibly connected, and connecting rod 216 is set on the left of 214 upper surface of cross-tie, and connecting rod 216 passes through electric welding with cross-tie 214
It is connected, limiting plate 217 is set to 216 upper surface of connecting rod, and limiting plate 217 is vertically connected by electric welding with connecting rod 216 and is connect, and the 4th slides
Wheel 218 is set to bottom right wall in device, and 214 right side of No. two 219 one end of rope and cross-tie is fixedly connected and the other end bypasses the
Four pulleys 218 are connected with the winding of fixed plate 202；
Transmission connecting structure 22 is by mounting plate 220, winding roll 221, No.1 rotating disk 222, rotating fixing rod 223, transmission
225, No. two rope 224, driving belt rotating disks 226 form, and winding roll 221 is installed on power source mechanism 20 by mounting plate 220
Left, No.1 rotating disk 222 are set to 221 front surface center of winding roll, and No.1 rotating disk 222 is solid by rotating with winding roll 221
Fixed pole 223 is connected, and No. two rotating disks 226 are located at 231 front surface center of No.1 gear, and pass through rotation with No.1 gear 231
Fixed link is connected, and is connect with No.1 rotating disk 222 by driving belt 225；
Gear drive 23 by No.1 holder, No.1 oversleeve, 231, No. two holders of No.1 gear, No. two oversleeves, No. two
Gear 232 forms, and No.1 branch is set up on the right side of device lower inner wall, and No.1 holder is connected with device by electric welding, No.1 oversleeve
Set on No.1 rack upper surface, No.1 oversleeve is connected with No.1 holder by electric welding, and No. two branch are set up in No.1 holder upper left
Side, No. two oversleeves are set to No. two rack upper surfaces, and No. two oversleeves are connected with No. two holders by electric welding, No.1 gear 231, two
Number gear 232 is connected with No.1 oversleeve, No. two oversleeves by fitting, and No. two gears 232 pass through engaged transmission and No.1 respectively
Gear 231 is connected with moving structure 24；
Moving structure 24 is by 240, No. two rail rods 241 of No. two hollow bases, the first castor 242, gear plate 243, four
244, No. three ropes 245, the 5th pulley 246, fixed link 247, the first fast pulley 248, the second fast pulley 249, thirds of spring are solid
Fixed wheel 2410, support plate 2411,2412, No. five springs 2413 of transverse sleeves, push rod 2414 form, and No. two hollow bases 240 are set to
In the middle part of the demarcation strip lower surface that device is internally provided with, No. two rail rods 241 are set to No. two 240 inside of hollow base and by being welded phase
Connection, gear plate 243 are set to No. two 240 lower inner walls of hollow base, and No. four springs 244 are set to bottom right wall in No. two hollow bases 240, tooth
Wheel plate 243 is connected with No. two hollow bases 240 by No. four springs 244, and the first castor 242 is set to 243 upper surface of gear plate
Right side, the first castor 242 are connected with gear plate 243 by electric welding, 242 top of the first castor and No. two rail rods 241
It is connect by being movably connected, the 5th pulley 246 is set to 26 left upper portion of actuating mechanism, and the 5th pulley 246 passes through with actuating mechanism 26
Electric welding is connected, and fixed link 247 is set to device lower inner wall, and fixed link 247 is connected with device by electric welding, the first fast pulley
248 are set in the middle part of 247 front surface of fixed link, and the first fast pulley 248 is connected with fixed link 247 by electric welding, the second fast pulley
249 are set to 247 front surface top of fixed link and are located at 248 top of the first fast pulley, and the second fast pulley 249 and fixed link 247 are logical
Electric welding to be crossed to be connected, third fast pulley 2410 is set to 247 front surface top of fixed link and above the second fast pulley 249, the
Three fast pulleys 2410 are connected with fixed link 247 by electric welding, and support plate 2411 is set to 247 left-hand face middle and lower part of fixed link,
Support plate 2411 is vertically connected by electric welding with fixed link 247 and is connect, and transverse sleeves 2412 are set to 2411 upper surface of support plate, push rod
2414 right parts stretch into 2412 inside of transverse sleeves and are connected by No. five springs 2413,2414 left side of push rod and telescoping mechanism 25
Transmission is connected, and No. three 245 one end of rope are connected to a fixed with 243 left side of gear plate and the other end is around the 5th pulley 246, the
Three fast pulleys 2410, the second fast pulley 249 and third fast pulley 248 are simultaneously wound across 2412 right side of transverse sleeves with push rod 2414
It is connected；
Telescoping mechanism 25 is by retaining rail guidance tape 250, first hinge seat 251, idler wheel 252, connecting plate 253, second hinge seat
254, the first strut 255, the second strut 256, telescopic rod 257, mounting plate 258, third hinge seat 259, third strut 2510, perpendicular
It is formed to mounting plate 2511, the 4th hinge seat 2512, the 4th strut 2513, spring lever 2514, retaining rail guidance tape 250 is set to device
On the left of lower inner wall, retaining rail guidance tape 250 is connected with device by electric welding, and it is right that first hinge seat 251 is set to retaining rail guidance tape 250
Side surface middle and lower part is simultaneously connected by electric welding, and idler wheel 252 is set to 253 left-hand face of connecting plate and is slided with retaining rail guidance tape 250
Dynamic to be connected, second hinge seat 254 is set in the middle part of 253 lower surface of connecting plate and is connected by electric welding, 255 top of the first strut
It is connected with second hinge seat 254 and bottom end is connected with first hinge seat 251, telescopic rod 257 is equipped with two and is set to device
On the left of lower inner wall and it is located at 250 right of retaining rail guidance tape, mounting plate 258 is set to 257 upper surface of telescopic rod and is connected by being welded
It connecing, third hinge seat 259 is set to 258 upper surface of mounting plate, and third hinge seat 259 is connected with mounting plate 258 by electric welding, the
Two struts, 256 top is connected with first hinge seat 251 and bottom end is connected with third hinge seat 259, the 4th hinge seat 2512
Set on 2511 left-hand face of vertical mounting plate, the 4th hinge seat 2512 is connected with vertical mounting plate 2511 by electric welding, vertically
2511 right side of mounting plate is connected with push rod 2414 by pushing, and 2510 top of third strut is connected with the 4th hinge seat 2512
And bottom end is connected with third hinge seat 259,2513 top of the 4th strut is connected with second hinge seat 254 and bottom end and the 4th
Hinge seat 2512 is connected, and 2514 left end of spring lever and first hinge seat 251 are connected by electric welding and right end and the 4th hinge
Seat 2512 left side central portions electric welding is connected；
Actuating mechanism 26 turns station 260 by electricity, electric wire 261, shaft 262, support base 263, insulating base 264, thin bar 265, inserts
First 266, No. six springs 267 form, and electricity turns station 260 and is set to device inner left wall, and shaft 262 is equipped with two and is set to adsorbing mechanism 27
On the left of lower surface, shaft 262 is connected with adsorbing mechanism 27 by electric welding, and support base 263 is set to 262 lower end of shaft and passes through electricity
Weldering is connected, and insulating base 264 is installed on 263 upper surface of support base, and thin bar 265 is equipped with two and is set to 264 lower surface of insulating base,
265 lower end of thin bar is connected across support base 263 with connecting plate 253, and plug 266 sets there are two and is located at insulating base 264
Upper surface left and right sides, electricity turn station 260 and are connected by electric wire 261 with plug 266, and No. six springs 267 are equipped with two and respectively position
It is connected in 264 upper surface left and right sides of insulating base and with adsorbing mechanism 27, adsorbing mechanism 27 is by negative pressure of vacuum tank 270, socket
271, connecting tube 272, compression suction nozzle 273 form, and negative pressure of vacuum 270 is set to the demarcation strip upper surface that device is internally provided with, socket
271 are set on the left of 270 lower surface of negative pressure of vacuum tank, and socket 271 is connected with negative pressure of vacuum tank 270 by bolt, socket 271 and
Plug 266 is electrically connected, and connecting tube 272 is equipped at least four and is located at 270 upper surface of negative pressure of vacuum tank, compresses suction nozzle 273
It is connected respectively equipped at least four and with connecting tube 272, compression suction nozzle 273 is extend into dust storage tank 3；And apart from cushioning fender
Lower surface 20cm, compression suction nozzle 273 is in compression dust suction, and when negative pressure of vacuum tank 270 is stopped, compression suction nozzle 273 is due to gas
Pressure difference is different to be expanded, and the dust of sucking is sprayed, and is conducive to prevent the dust in dust storage tank 3 from blocking compression suction nozzle 273；
Dust storage tank 3 is made of dust-storage chamber, cushioning fender and dust mouth, and cushioning fender is buckled on dust storage tank inner wall, aperture
For 100-200 mesh, compression suction nozzle is protected, while adsorption filtration and decelerating effect are carried out to the dust of income.
Entire dedusting mechanism is solderable or bolt is fixed on and carries and can carry out movable dust removal on the pedestal of fixed idler whell, and presses
Contracting suction nozzle 273 can be increased and decreased according to the serious conditions of workshop dust.
Dust exhaust apparatus described in this patent is mainly used for workshop dedusting, reduces equipment and takes up an area and large-scale cleaner generation
Noise.
Move up in use, positioning sheath 7 by the effect in cylinder 4 and joint 5, power source mechanism 20 is then fixed
After position sheath 7 is fixed, moved right to inside grooves under the action of No.1 spring 203 by positioning the groove that sheath 7 is equipped with,
Drive pull rod 209 to phase shift by No.1 rope 2011 simultaneously, transmission rope 224 is then no longer influenced by the pulling force of power source mechanism 20
It is rotated counterclockwise under the action of winding roll 221 and take-up is carried out to transmission rope 224, No.1 rotating disk 222 is then fixed by rotating
Bar 223 is rotated under the action of winding roll 221, drives No. two rotating disks 226 to rotate synchronously by driving belt 225, and two
Number rotating disk 226 drives No.1 gear 231 to be rotated by rotating fixing rod, while passing through No. 231 engagements of No.1 gear and passing
It is dynamic that No. two gears 232 is driven to be rotated, so positioned at the gear plate 243 of No. two 232 tops of gears then under its rotation to the right
Mobile, push rod 2414 is then moved right under 243 interactions with transverse sleeves 2412 by No. three ropes 245, is pushed away simultaneously
It moves vertical mounting plate 2511 to move right, idler wheel 252 then passes through the first strut 255, the under the promotion of vertical mounting plate 2511
Two struts 256, third strut 2510, the 4th strut 2513 interaction under move down, while being driven absolutely by thin bar 265
Edge seat 264 moves down, and plug 266 then disconnects under its effect with socket 271, and negative pressure of vacuum tank 270 is stopped, and dust suction
The dust adsorption that the compression suction nozzle 273 of device 2 then no longer carries out workshop is collected；It is opposite, when position moved under 7 phase of sheath when, move
Power source mechanism 20 is then moved to the left under its effect, at the same reset is fixed by resetting structure 21, and pull rod 209 then exists
The pulling of No.1 rope 2011 restPoses under the interaction of No. two springs 208, and gear drive 23 is in pull rod
The 209 downward lower pumping line by transmission rope 224 of the effect needle that take advantage of a situation rotates and drives 23 all parts of gear drive
Synchronize rotation, No. three ropes 245 of drive under the action of No. four springs 244 and No. two gear 232 of gear plate 243 simultaneously
Be moved to the left, at the same pulling push rod 2414 be moved to the left, vertical mounting plate 2511 is no longer influenced by the thrust of spring lever 2414 simultaneously
It restPoses under the action of spring lever 2514, and connecting plate 253 is driven to move up, plug 266 passes through thin bar 265
It moving up and is moved up with the upward effect of No. six springs 267, plug 266 then contacts energization under its effect with socket 271,
Start negative pressure of vacuum tank, then the compression suction nozzle of dust exhaust apparatus carries out absorptive collection to workshop dust.
The present invention solves the prior art there are cleaner occupied space is big, and movement is complex, and is generated in dedusting
Noise does not utilize workshop top dust adsorption and collects and lead to the defect for occurring inevitably endangering.
The above shows and describes the basic principles and main features of the present invention and the advantages of the present invention, for this field skill
For art personnel, it is clear that invention is not limited to the details of the above exemplary embodiments, and without departing substantially from the present invention spirit or
In the case of essential characteristic, the present invention can be realized in other specific forms.Therefore, in all respects, should all incite somebody to action
Embodiment regards exemplary as, and is non-limiting, the scope of the present invention by appended claims rather than on state
Bright restriction, it is intended that including all changes that come within the meaning and range of equivalency of the claims in the present invention
It is interior.Any reference signs in the claims should not be construed as limiting the involved claims.
In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped
Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should
It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art
The other embodiment being appreciated that.
Claims (10)
1. a kind of workshop dedusting mechanism, structure includes pedestal (1), dust exhaust apparatus (2), dust storage tank (3), cylinder (4), joint
(5), guide bracket (6), positioning sheath (7), fixed seat (8), it is characterised in that：
The dust exhaust apparatus (2) is set to pedestal (1) upper surface, is connected by electric welding with pedestal (1), dust storage tank (3) position
In dust exhaust apparatus (2) upper surface, the cylinder (4) is installed on the right side of pedestal (1), and the joint (5) is installed on cylinder (4) upper table
Face and being movably connected connects, and the guide bracket (6) is set to pedestal (1) right upper, and is connected by electric welding with pedestal (1), described
Positioning sheath (7) passes through guide bracket (6) and lower end is movably connected with cylinder (4) by joint (5) and is connect, and positioning sheath (7) is located at dust suction dress
It sets on the left of (2) and is connected by organ's hinge, the fixed seat (8) is set to pedestal (1) right upper and is located at dust storage tank (3)
Lower section, and be connected by electric welding with pedestal (1)；
The dust exhaust apparatus (2) is by power source mechanism (20), resetting structure (21), transmission connecting structure (22), gear drive machine
Structure (23), moving structure (24), telescoping mechanism (25), actuating mechanism (26), adsorbing mechanism (27) composition, the power source mechanism
(20) it is connected with dynamic with positioning sheath (7), the resetting structure (21) is located at below power source mechanism (20) and pulls and is connected,
The transmission connecting structure (22), which is set to power source mechanism (20) left and is driven, to be connected, and the gear drive (23) is right
Undergear is connected with transmission connecting structure (22) by driving belt, and the moving structure (24) is set to gear drive
(23) upper left quarter and be located at transmission connecting structure (22) rear, the moving structure (24) is with gear drive (23) by nibbling
Conjunction is connected, and the telescoping mechanism (25) is set to moving structure (24) lower left side and is connect by being driven to tense to be movably connected, institute
It states actuating mechanism (26) right part and is set to telescoping mechanism (25) upper surface and synchronous movement, the adsorbing mechanism (27) is set in device
It middle and upper part and is electrically connected with actuating mechanism (26).
2. workshop dedusting mechanism according to claim 1, it is characterised in that：The power source mechanism (20) by match column (201),
Fixed plate (202), No.1 spring (203), first pulley (204), second pulley (205), third pulley (206), sleeve
(207), No. two springs (208), pull rod (209), fixing buckle (2010), No.1 rope (2011) composition, it is described with dynamic column (201)
Left part stretches into right middle in device, and the fixed plate (202) is set to dynamic column (201) left-hand face, passes through with dynamic column (201)
Electric welding is connected, and lower end is connected with resetting structure (21) transmission, and the No.1 spring (203) is equipped with two and is located at
The right surface top and the bottom of fixed plate (202), fixed plate (202) are connected by No.1 spring (203) with device electric welding, and described first
Pulley (204) is set to upper right wall in device and is moved above column (201) positioned at matching, and second pulley (205) is set to upper wall in device and sets
On the right side of some demarcation strip lower surfaces, second pulley (205) is connected with demarcation strip by electric welding, and sleeve (207) is set to demarcation strip
On the right side of lower surface and it is located at second pulley (205) left, sleeve (207) is connected with demarcation strip by electric welding, third pulley
(206) it is set to sleeve (207) right surface middle part, third pulley (205) is connected with sleeve (207) by electric welding, pull rod (209)
Top stretches into sleeve (207) inside and is connected by No. two springs (208), and fixing buckle (2010) is set to pull rod (209) lower end,
Fixing buckle (2010) is connected with pull rod (209) by electric welding, fixed with transmission connecting structure (22) on the left of fixing buckle (2010)
It is connected, No.1 rope (2011) one end is connected with the winding of fixed plate (202) upper surface and the other end bypasses first pulley
(204), second pulley (205) and third pulley (206) are connected with fixing buckle (2010).
3. according to the workshop dedusting mechanism of claims 1 or 2, it is characterised in that：Resetting structure (21) by positioning baffle (210),
No.1 hollow base (211), the first rail rods (212), the first castor (213), cross-tie (214), No. three springs (215),
Connecting rod (216), limiting plate (217), the 4th pulley (218), No. two rope (219) compositions, positioning baffle (210) are set in device
On the right side of lower wall, positioning baffle (210) is connected with device by electric welding, and it is right that No.1 hollow base (211) is set to positioning baffle (210)
Lower surface, No.1 hollow base (211) are vertically connected by electric welding with positioning baffle (210) and are connect, and the first rail rods (212) are installed on
No.1 hollow base (211) interior middle and lower part, the first rail rods (212) are connected by electric welding with No.1 hollow base (211), are laterally drawn
Bar (214) is set to the interior upper right quarter of No.1 hollow base (211) and is connected by No. three springs (215), and the first castor (213) is set
On the left of cross-tie (214) lower surface, the first castor (213) is connected with cross-tie (214) by electric welding, and first lives
Driving wheel (213) is flexibly connected with the first rail rods (212), and connecting rod (216) is set on the left of cross-tie (214) upper surface, connecting rod
(216) it is connected by electric welding with cross-tie (214), limiting plate (217) is set to connecting rod (216) upper surface, limiting plate (217)
It is vertically connected and is connect by electric welding with connecting rod (216), the 4th pulley (218) is set to bottom right wall in device, No. two rope (219) one end
It is fixedly connected with cross-tie (214) right side and the other end is connected around the 4th pulley (218) with fixed plate (202) winding.
4. workshop dedusting mechanism according to claim 1, it is characterised in that：Transmission connecting structure (22) is by mounting plate (220), volume
Drum (221), No.1 rotating disk (222), rotating fixing rod (223), transmission rope (224), driving belt (225), No. two rotations
Disk (226) forms, and winding roll (221) is installed on power source mechanism (20) left, No.1 rotating disk by mounting plate (220)
(222) it is set to winding roll (221) front surface center, No.1 rotating disk (222) passes through rotating fixing rod with winding roll (221)
(223) it is connected, No. two rotating disks (226) are located at No.1 gear (231) front surface center, and pass through with No.1 gear (231)
Rotating fixing rod is connected, and is connect with No.1 rotating disk (222) by driving belt (225).
5. according to the workshop dedusting mechanism of claim 1 or 4, it is characterised in that：Gear drive (23) is by No.1 holder, one
Number oversleeve, No.1 gear (231), No. two holders, No. two oversleeves, No. two gears (232) compositions, under No.1 branch is set up in device
On the right side of wall, No.1 holder is connected with device by electric welding, and No.1 oversleeve is set to No.1 rack upper surface, No.1 oversleeve and No.1
Holder is connected by electric welding, and No. two branch are set up in No.1 holder upper left side, and No. two oversleeves are set to No. two rack upper surfaces, No. two
Oversleeve is connected with No. two holders by electric welding, and No.1 gear (231), No. two gears (232) and No.1 oversleeve, No. two oversleeves are logical
It crosses fitting to be connected, No. two gears (232) are connected by engaged transmission with No.1 gear (231), moving structure (24) respectively.
6. a kind of workshop dedusting mechanism according to claim 1, it is characterised in that：Moving structure (24) is by No. two hollow bases
(240), No. two rail rods (241), the first castor (242), gear plate (243), No. four springs (244), No. three ropes
(245), the 5th pulley (246), fixed link (247), the first fast pulley (248), the second fast pulley (249), third fast pulley
(2410), support plate (2411), transverse sleeves (2412), No. five springs (2413), push rod (2414) composition, No. two hollow bases
(240) it is set in the middle part of the demarcation strip lower surface that device is internally provided with, No. two rail rods (241) are set in No. two hollow bases (240)
Portion is simultaneously connected by electric welding, and gear plate (243) is set to No. two hollow base (240) lower inner walls, and No. four springs (244) are set to No. two
The interior bottom right wall of hollow base (240), gear plate (243) are connected with No. two hollow bases (240) by No. four springs (244), and first
Castor (242) is set on the right side of gear plate (243) upper surface, and the first castor (242) is connected with gear plate (243) by electric welding
It connects, the first castor (242) top is connect with No. two rail rods (241) by being movably connected, and the 5th pulley (246) is set to starter motor
Structure (26) left upper portion, the 5th pulley (246) are connected with actuating mechanism (26) by electric welding, and fixed link (247) is set to device
Lower inner wall, fixed link (247) are connected with device by electric welding, and the first fast pulley (248) is set in fixed link (247) front surface
Portion, the first fast pulley (248) are connected with fixed link (247) by electric welding, and the second fast pulley (249) is set to fixed link (247)
Front surface top is simultaneously located above the first fast pulley (248), and the second fast pulley (249) is connected with fixed link (247) by electric welding
It connects, third fast pulley (2410) is set to fixed link (247) front surface top and above the second fast pulley (249), and third is solid
Fixed wheel (2410) is connected with fixed link (247) by electric welding, under support plate (2411) is set in fixed link (247) left-hand face
Portion, support plate (2411) are vertically connected by electric welding with fixed link (247) and are connect, and transverse sleeves (2412) are set to support plate (2411)
Upper surface, push rod (2414) right part stretch into transverse sleeves (2412) inside and are connected by No. five springs (2413), push rod
(2414) left side is connected with telescoping mechanism (25) transmission, is fixedly linked on the left of No. three rope (245) one end and gear plate (243)
It connects and the other end bypasses the 5th pulley (246), third fast pulley (2410), the second fast pulley (249) and third fast pulley (248)
And it is connected with push rod (2414) winding on the right side of transverse sleeves (2412).
7. according to the workshop dedusting mechanism of claim 1 or 6, it is characterised in that：Telescoping mechanism (25) is by retaining rail guidance tape
(250), first hinge seat (251), idler wheel (252), connecting plate (253), second hinge seat (254), the first strut (255),
Two struts (256), telescopic rod (257), mounting plate (258), third hinge seat (259), third strut (2510), vertical mounting plate
(2511), the 4th hinge seat (2512), the 4th strut (2513), spring lever (2514) composition, retaining rail guidance tape (250) are set to dress
It sets on the left of lower inner wall, retaining rail guidance tape (250) is connected with device by electric welding, and first hinge seat (251) is set to trapped orbit
Plate (250) right lateral surface middle and lower part is simultaneously connected by electric welding, idler wheel (252) be set to connecting plate (253) left-hand face and with it is solid
Orbit determination guidance tape (250) sliding is connected, and second hinge seat (254) is set in the middle part of connecting plate (253) lower surface and by being welded phase
Connection, the first strut (255) top is connected with second hinge seat (254) and bottom end is connected with first hinge seat (251), stretches
Contracting bar (257) is equipped with two and on the left of device lower inner wall and positioned at retaining rail guidance tape (250) right, and mounting plate (258) is set
It is connected in telescopic rod (257) upper surface and by electric welding, third hinge seat (259) is set to mounting plate (258) upper surface, third
Hinge seat (259) is connected with mounting plate (258) by electric welding, and the second strut (256) top is connected with first hinge seat (251)
It connecing and bottom end is connected with third hinge seat (259), the 4th hinge seat (2512) is set to vertical mounting plate (2511) left-hand face,
4th hinge seat (2512) is connected with vertical mounting plate (2511) by electric welding, vertical mounting plate (2511) right side and push rod
(2414) it is connected by pushing, third strut (2510) top is connected with the 4th hinge seat (2512) and bottom end is cut with scissors with third
Chain seat (259) is connected, and the 4th strut (2513) top is connected with second hinge seat (254) and bottom end and the 4th hinge seat
(2512) it is connected, spring lever (2514) left end and first hinge seat (251) are connected by electric welding and right end and the 4th hinge
Seat (2512) left side central portion electric welding is connected.
8. workshop dedusting mechanism according to claim 1, it is characterised in that：Actuating mechanism (26) turns station (260), electric wire by electricity
(261), shaft (262), support base (263), insulating base (264), thin bar (265), plug (266), No. six spring (267) groups
At electricity turns station (260) and is set to device inner left wall, and shaft (262) is equipped with two and on the left of adsorbing mechanism (27) lower surface, axis
Bar (262) is connected with adsorbing mechanism (27) by electric welding, and support base (263) is set to shaft (262) lower end and by being welded phase
Connection, insulating base (264) are installed on support base (263) upper surface, and thin bar (265) is equipped with two and under insulating base (264)
Surface, thin bar (265) lower end are connected across support base (263) with connecting plate (253), and plug (266) sets there are two and distinguishes
Positioned at insulating base (264) upper surface left and right sides, electricity turns station (260) and is connected by electric wire (261) with plug (266), No. six bullets
Spring (267) is equipped with two and is located at insulating base (264) upper surface left and right sides and is connected with adsorbing mechanism (27).
9. according to the workshop dedusting mechanism of claim 1 or 8, it is characterised in that：Adsorbing mechanism (27) is by negative pressure of vacuum tank
(270), socket (271), connecting tube (272) and compression suction nozzle (273) form, and negative pressure of vacuum (270) is internally provided with set on device
Demarcation strip upper surface, socket (271) is set on the left of negative pressure of vacuum tank (270) lower surface, socket (271) and negative pressure of vacuum tank
(270) it is connected by bolt, socket (271) is electrically connected with plug (266), and connecting tube (272) is equipped at least four and difference
Positioned at negative pressure of vacuum tank (270) upper surface, compression suction nozzle (273) is equipped at least four and is connected respectively with connecting tube (272).
10. workshop dedusting mechanism according to claim 1, it is characterised in that：Dust storage tank (3) is by dust-storage chamber, cushioning fender and goes out
Dirt mouth constitute, cushioning fender be buckled on dust storage tank (3) inner wall, aperture be 100-200 mesh.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810465928.5A CN108670118B (en) | 2018-05-16 | 2018-05-16 | Workshop dust removal mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810465928.5A CN108670118B (en) | 2018-05-16 | 2018-05-16 | Workshop dust removal mechanism |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN108670118A true CN108670118A (en) | 2018-10-19 |
| CN108670118B CN108670118B (en) | 2021-05-04 |
Family
ID=63806751
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810465928.5A Active CN108670118B (en) | 2018-05-16 | 2018-05-16 | Workshop dust removal mechanism |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108670118B (en) |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102059496A (en) * | 2010-12-03 | 2011-05-18 | 天津天汽模车身装备技术有限公司 | Pneumatic propulsion device of welding fixture positioning pin for automobile body and work method thereof |
| CN205851284U (en) * | 2016-06-30 | 2017-01-04 | 东莞市建升压铸科技有限公司 | Vacuum chuck tooling |
| CN106862223A (en) * | 2015-12-11 | 2017-06-20 | 天津市景泰科技发展有限公司 | A kind of high-efficiency cleaning device of machining |
| CN106944416A (en) * | 2017-05-15 | 2017-07-14 | 汪国栋 | Dust arrester after a kind of computer host box assembling |
| CN107953320A (en) * | 2017-12-26 | 2018-04-24 | 练陈敏 | A kind of positioning detection mechanism based on medical collaboration robot |
-
2018
- 2018-05-16 CN CN201810465928.5A patent/CN108670118B/en active Active
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102059496A (en) * | 2010-12-03 | 2011-05-18 | 天津天汽模车身装备技术有限公司 | Pneumatic propulsion device of welding fixture positioning pin for automobile body and work method thereof |
| CN106862223A (en) * | 2015-12-11 | 2017-06-20 | 天津市景泰科技发展有限公司 | A kind of high-efficiency cleaning device of machining |
| CN205851284U (en) * | 2016-06-30 | 2017-01-04 | 东莞市建升压铸科技有限公司 | Vacuum chuck tooling |
| CN106944416A (en) * | 2017-05-15 | 2017-07-14 | 汪国栋 | Dust arrester after a kind of computer host box assembling |
| CN107953320A (en) * | 2017-12-26 | 2018-04-24 | 练陈敏 | A kind of positioning detection mechanism based on medical collaboration robot |
Also Published As
| Publication number | Publication date |
|---|---|
| CN108670118B (en) | 2021-05-04 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN106949429A (en) | A kind of comprehensive adjustable solar street lamp | |
| CN206682829U (en) | A kind of comprehensive adjustable solar street lamp | |
| CN209008440U (en) | A kind of ultrathin type chair armrest box small table plate | |
| CN112516726A (en) | Intelligent dust removal cooling device for building construction | |
| CN108397736A (en) | A kind of intelligent solar street lamp with automatic cleaning function of flexible structure | |
| CN108670118A (en) | A kind of workshop dedusting mechanism | |
| CN114738628A (en) | Intelligent shooting device capable of achieving mobile shooting | |
| CN114657696A (en) | Cotton kneading machine suitable for processing cotton yarns of different specifications | |
| CN108661349A (en) | A kind of new-energy automobile bus stop board | |
| CN108391414A (en) | A kind of SPEED VISION flexible PCB placement equipment | |
| CN113913988A (en) | Textile raw material dust removal ironing device based on capacitive principle | |
| CN108479299A (en) | A kind of metope formaldehyde absorbing device | |
| CN212343895U (en) | A purify dust removal case for camera production | |
| CN114173253A (en) | Sound box shell structure capable of being installed in multiple directions and outdoor waterproof sound box | |
| CN207916734U (en) | Multifunctional intelligent vehicle-mounted multimedia system | |
| CN108422239A (en) | A kind of adjustable automobiles external door panel flange origin reference location mechanism | |
| CN108275084A (en) | Multifunctional intelligent vehicle-mounted multimedia system | |
| CN207221601U (en) | A kind of high effect dust cleaner of reciprocal ash discharge | |
| CN211493603U (en) | High-efficiency self-cleaning type automobile air conditioner filter | |
| CN113100658B (en) | Automatic cleaning device with atmospheric particulate adsorption dust and screen window | |
| CN114766884B (en) | Combined model display equipment for urban design | |
| CN214067762U (en) | Operating room touch flat control screen | |
| CN219982782U (en) | Wireless dust collector convenient to accomodate | |
| CN109650135A (en) | A kind of cloth folding of automatic material connection conveying fold mechanism | |
| CN114532723B (en) | Workstation is used in brand image design |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| PB01 | Publication | ||
| PB01 | Publication | ||
| SE01 | Entry into force of request for substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| GR01 | Patent grant | ||
| GR01 | Patent grant |