CN109057306A - A kind of computer control of hydraulic climbing scaffold system - Google Patents
A kind of computer control of hydraulic climbing scaffold system Download PDFInfo
- Publication number
- CN109057306A CN109057306A CN201810652889.XA CN201810652889A CN109057306A CN 109057306 A CN109057306 A CN 109057306A CN 201810652889 A CN201810652889 A CN 201810652889A CN 109057306 A CN109057306 A CN 109057306A
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- China
- Prior art keywords
- gear
- cabinet
- hole
- computer control
- conveyer belt
- 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.)
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Classifications
-
- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04G—SCAFFOLDING; FORMS; SHUTTERING; BUILDING IMPLEMENTS OR AIDS, OR THEIR USE; HANDLING BUILDING MATERIALS ON THE SITE; REPAIRING, BREAKING-UP OR OTHER WORK ON EXISTING BUILDINGS
- E04G3/00—Scaffolds essentially supported by building constructions, e.g. adjustable in height
- E04G3/28—Mobile scaffolds; Scaffolds with mobile platforms
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- H—ELECTRICITY
- H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
- H05K—PRINTED CIRCUITS; CASINGS OR CONSTRUCTIONAL DETAILS OF ELECTRIC APPARATUS; MANUFACTURE OF ASSEMBLAGES OF ELECTRICAL COMPONENTS
- H05K5/00—Casings, cabinets or drawers for electric apparatus
- H05K5/02—Details
- H05K5/0217—Mechanical details of casings
-
- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04G—SCAFFOLDING; FORMS; SHUTTERING; BUILDING IMPLEMENTS OR AIDS, OR THEIR USE; HANDLING BUILDING MATERIALS ON THE SITE; REPAIRING, BREAKING-UP OR OTHER WORK ON EXISTING BUILDINGS
- E04G3/00—Scaffolds essentially supported by building constructions, e.g. adjustable in height
- E04G3/28—Mobile scaffolds; Scaffolds with mobile platforms
- E04G2003/286—Mobile scaffolds; Scaffolds with mobile platforms mobile vertically
Abstract
A kind of computer control of hydraulic climbing scaffold system, including cabinet, the inner wall two sides of cabinet open up rectangular channel respectively, rectangular channel is communicated with box house, the two sides of cabinet open up several strip grooves being parallel to each other respectively, strip groove is communicated with inside corresponding rectangular channel respectively, the top and bottom of each rectangular channel open up two pilot holes respectively, the pilot hole of top respectively with the centerline collineation of the pilot hole of corresponding lower section, first rack gear there are two being set in each rectangular channel, the upper and lower ends of first rack gear are inserted into corresponding pilot hole simultaneously respectively, and first rack gear can be vertically movable along corresponding pilot hole respectively.Lighter in weight of the invention, compared with many-body force when will not expend the staff movement present invention, when not using the present apparatus, motion bar is located in third through-hole, baffle shuts strip groove, can be avoided dust and enters in cabinet, and avoiding dust from being adsorbed on Computer Control Unit influences its working condition.
Description
Technical field
The invention belongs to computer control field field, the computer of specifically a kind of hydraulic climbing scaffold system is controlled
Device.
Background technique
Climbing frame is called hoisting frame, and it is main several to be divided into fluid pressure type, electrodynamic type, manpower hand pulling type etc. according to its power resources
Class.It is the new type scaffold system developed in recent years, it up can rise or decline along building.To avoid influencing constructing
Safety and construction quality, it is necessary to elevating control is synchronized to the construction of hydraulic climbing scaffold, in the prior art by computer come into
Row control, worker control hydraulic climbing scaffold lifting by computer control cabinet, but since control cabinet needs to move, existing control
Cabinet is usually arbitrarily arranged on building ground, and fixed device is no longer set between control cabinet and ground, and stability is lower, such as burst
Situation may be such that control cabinet topples over, and accidentally touch manipulation key so as to cause control system and ground face contact, do the manipulation to make mistake and refer to
It enables, there are security risks.
Summary of the invention
The present invention provides a kind of computer control of hydraulic climbing scaffold system, to solve defect in the prior art.
The present invention is achieved by the following technical programs:
The inner wall two sides of a kind of computer control of hydraulic climbing scaffold system, including cabinet, cabinet open up rectangular channel, rectangle respectively
Slot is communicated with box house, and the two sides of cabinet open up several strip grooves being parallel to each other respectively, strip groove respectively with it is corresponding
Communicated inside rectangular channel, the top and bottom of each rectangular channel open up two pilot holes respectively, the pilot hole of top respectively with it is right
The centerline collineation of the pilot hole for the lower section answered, sets that there are two the first rack gear, the upper and lower ends of the first rack gear in each rectangular channel
It is inserted into corresponding pilot hole simultaneously respectively, and the first rack gear can be vertically movable along corresponding pilot hole respectively, Mei Geju
Several baffles are equipped in shape slot, baffle and strip groove correspond, and the outside area of baffle is all larger than the medial surface of strip groove
Product, be respectively positioned between corresponding two the first rack gears positioned at ipsilateral baffle, the front and back two sides of baffle respectively and meanwhile with it is corresponding
Two the first rack gears are fixedly connected, and the outside of baffle is engaged on the outside of corresponding rectangular channel respectively, the back side four of cabinet
Angle opens up first through hole respectively, and first through hole is communicated with box house, and a screw rod is each passed through in first through hole, screw rod
Periphery connects the inner wall of first through hole by bearing respectively, and first gear is fixedly mounted in the front end of screw rod respectively, and first gear is equal
It is located in the box body, band connection is transmitted by tooth between first gear, tooth conveyer belt is double cog conveyer belt, and first gear is same respectively
When engaged with tooth conveyer belt, and tooth conveyer belt is in tight state, and second gear, the second tooth is fixedly mounted in the inner upper of cabinet
Wheel is located in tooth conveyer belt, and second gear is engaged with tooth conveyer belt, and bevel gear, bevel gear is fixedly mounted in the back side of second gear
With the centerline collineation of second gear, the top surface of cabinet opens up the second through-hole, and the second through-hole is communicated with box house, the second through-hole
Inner wall the periphery of vertical bar is connected by bearing, the lower end of vertical bar is located in the box body and is fixedly mounted same bevel gear, two
Bevel gear intermeshing, the two sides on two sides are fixedly mounted third gear respectively before and after the inner wall of cabinet, third gear respectively with it is right
The the first rack gear engagement answered, the two sides on two sides are fixedly mounted the 4th gear respectively before and after the inner wall of cabinet, the 4th gear respectively with
The engagement of tooth conveyer belt, and the 4th gear is engaged with corresponding third gear respectively, third gear and the 4th gear are respectively positioned on tooth biography
Send band outer；Computer Control Unit is fixedly mounted in cabinet, the top surface side of Computer Control Unit connects sleeve by bearing
Lower end, the inner wall side of sleeve is fixedly mounted sliding block, is equipped with motion bar in sleeve, and the lower end of motion bar is located in sleeve, work
The periphery lower part of lever opens up helicla flute, sliding block be located in helicla flute and can along sliding, the top surface of cabinet opens up third through-hole,
The centerline collineation of third through-hole and motion bar, motion bar are passed through out of third through-hole, and the upper end of motion bar embeds signal and receives
Limited block is fixedly mounted in device, signal receiving device and Computer Control Unit circuit connection, the two sides of third through-hole respectively, living
The top two sides of lever open up limiting slot respectively, limited block be located in corresponding limiting slot and can along sliding, sleeve
Periphery lower part is set with the 5th gear, and the inner ring of the 5th gear is fixedly connected with the periphery of sleeve, is equipped with the second rack gear in cabinet, and second
The back side of third rack gear is fixedly connected with before rack gear, third rack gear is engaged with the 5th gear, the top surface of Computer Control Unit
Several guiding devices based on the second rack gear are fixedly mounted, the second rack gear can be moved horizontally along guiding device, the second rack gear with
Second gear engagement.
A kind of computer control of hydraulic climbing scaffold system as described above, the guiding device are L-type seat, computer
The top surface of control device is fixedly connected with the horizontal base bottom surface of several L-type seats, the vertical seat of L-type seat upward, the horizontal base of L-type seat
Guide pad is fixedly mounted before top surface and vertical seat respectively, the bottom surface and the back side of the second rack gear open up guide groove, guide groove respectively
Both ends communicated with box house, guide pad be located in corresponding guide groove and can along sliding.
A kind of computer control of hydraulic climbing scaffold system as described above, the two sides of the cabinet are respectively fixedly connected with
The level board side of several inverted L shape plates, downward, inverted L shape plate and strip groove correspond the vertical plate of inverted L shape plate, inverted L shape plate
Vertical plate be located at the outside of corresponding strip groove.
A kind of computer control of hydraulic climbing scaffold system as described above, the upper end of the vertical bar be located at cabinet outside and
Handle is fixedly mounted.
The inner wall back side top of a kind of computer control of hydraulic climbing scaffold system as described above, the cabinet is fixed
6th gear is installed, the 6th gear is located at the surface of second gear, and the 6th gear is located at outside tooth conveyer belt, and the 6th gear with
The engagement of tooth conveyer belt.
A kind of computer control of hydraulic climbing scaffold system as described above, the front and back two of the Computer Control Unit
Several wave-shape boards being parallel to each other are fixedly mounted in face respectively.
The invention has the advantages that present invention needs open up four preformed holes on construction wall, four preformed holes can divide
Not not simultaneously with the centerline collineation of corresponding first through hole, swivel nut is then fixedly mounted respectively in preformed hole, staff will
Screw rod on cabinet is directed at swivel nut, and screw rod can be threadedly engaged with corresponding swivel nut respectively, then rotates vertical bar, vertical bar drive pair
The bevel-gear rotating answered, since two bevel gears engage, and one of bevel gear is fixedly connected with second gear, so as to
Second gear rotation is driven, second gear is engaged with tooth conveyer belt, is able to drive the rotation of tooth conveyer belt, tooth conveyer belt difference is simultaneously
It engages, four first gears can be driven simultaneously while rotating with four first gears, that is, drive four screw rod rotations, screw rod side
It is mobile to wall to rotate side, is able to drive cabinet to wall movement, can make cabinet is firm to be mounted on construction wall, tooth transmission
While band rotation, as shown, being able to drive the rotation of the 4th gear, the 4th gear can drive corresponding third simultaneously respectively
Gear rotation, third gear are engaged with corresponding first rack gear simultaneously respectively, so as to drive the first rack gear perpendicular along pilot hole
To movement, i.e. drive baffle is vertically movable in rectangular channel, and baffle is no longer on the inside of strip groove, and strip groove is distinguished simultaneously at this time
It is communicated with extraneous, box house, consequently facilitating Computer Control Unit radiates, is able to drive the second tooth when second gear rotation
Item moves horizontally, and the second rack gear is fixedly connected with third rack gear, is able to drive third rack gear and moves horizontally, third rack gear and the 5th
Gear engagement is able to drive the rotation of the 5th gear, i.e. band moving sleeve rotates, and when sleeve rotation, sliding block is slided along helicla flute, by
Mutual cooperation between limited block and limiting slot, so that motion bar can only be vertically movable along third through-hole, when sliding block is along spiral
Slot can drive motion bar vertically movable when sliding, and motion bar, which moves up, at this time stretches out outside cabinet；When needing the mobile present invention,
It only needing to rotate backward vertical bar, screw rod is moved to outside swivel nut, and motion bar moves down, when cabinet is separated with wall, activity
The upper end of bar is concordant with box top, and baffle is vertically movable to shut strip groove again.The present invention is suitable for high level, Super High, height
Structural construction construction is alarmmed, to meet the rapid construction when dismounting of high-building construction hydraulic climbing scaffold control device, staff is logical
Rotation vertical bar is crossed, can be achieved at the same time vertically movable and screw rod the rotation of baffle, motion bar, the diameter of second gear is greater than
The diameter of first gear, so as to shorten screw rod precession or the time of back-out swivel nut, improves this so that the revolving speed of first gear is very fast
The disassembly efficiency of invention, when the present invention is fixed on the wall, signal receiving device stretches out outside cabinet with motion bar, convenient for receiving
The remote control commands of staff, signal are no longer pass through crust of the device, so that signal be avoided to weaken, can expand connecing for signal
Receive range；By the mutual cooperation between third gear and the 4th gear, suitable transmission ratio is selected according to the height of strip groove,
To reduce the revolving speed of third gear, to keep baffle slowly stable vertically movable, so that strip groove is communicated with box house, outside
Boundary's air is capable of forming convection current by the strip groove of two sides, and Computer Control Unit generation can be taken away when air flows through cabinet
Heat, to be at suitable working environment, extends Computer Control Unit to reduce the temperature of Computer Control Unit
Service life；The present invention passes through cleverly drive mechanism while realizing three kinds of courses of work, the high transmission accuracy of tooth conveyer belt,
So that job stability of the invention is strong, very big optimization can be made to traditional computer control cabinet, structure is simple, the present invention zero
Component can be made using aluminium alloy or other light materials, lighter in weight of the invention, and it is mobile originally will not to expend staff
Compared with many-body force when invention, when not using the present apparatus, motion bar is located in third through-hole, and baffle shuts strip groove, can be avoided ash
Dirt enters in cabinet, and avoiding dust from being adsorbed on Computer Control Unit influences its working condition.
Detailed description of the invention
In order to more clearly explain the embodiment of the invention or the technical proposal in the existing technology, to embodiment or will show below
There is attached drawing needed in technical description to be briefly described, it should be apparent that, the accompanying drawings in the following description is this hair
Bright some embodiments for those of ordinary skill in the art without any creative labor, can be with
It obtains other drawings based on these drawings.
Fig. 1 is structural schematic diagram of the invention；Fig. 2 is the enlarged drawing of the A direction view of Fig. 1；Fig. 3 is the B direction view of Fig. 1
Enlarged drawing；Fig. 4 is I partial enlarged view of Fig. 1；Fig. 5 is II partial enlarged view of Fig. 1.
Specific embodiment
In order to make the object, technical scheme and advantages of the embodiment of the invention clearer, below in conjunction with the embodiment of the present invention
In attached drawing, technical scheme in the embodiment of the invention is clearly and completely described, it is clear that described embodiment is
A part of the embodiment of the present invention, instead of all the embodiments.Based on the embodiments of the present invention, those of ordinary skill in the art
Every other embodiment obtained without creative efforts, shall fall within the protection scope of the present invention.
A kind of computer control of hydraulic climbing scaffold system, as shown, including cabinet 1, the inner wall two sides of cabinet 1 are distinguished
Rectangular channel 2 is opened up, rectangular channel 2 is communicated with inside cabinet 1, and the two sides of cabinet 1 open up several strip grooves being parallel to each other respectively
3, strip groove 3 is communicated with inside corresponding rectangular channel 2 respectively, and the top and bottom of each rectangular channel 2 open up two guiding respectively
Hole 4, the pilot hole 4 of top respectively with the centerline collineation of the pilot hole 4 of corresponding lower section, set in each rectangular channel 2 there are two
First rack gear 5, the upper and lower ends of the first rack gear 5 are inserted into corresponding pilot hole 4 simultaneously respectively, and the first rack gear 5 can divide
It is not vertically movable along corresponding pilot hole 4, several baffles 6 are equipped in each rectangular channel 2, baffle 6 and strip groove 3 correspond,
And the outside area of baffle 6 is all larger than the inside area of strip groove 3, is respectively positioned on corresponding two first positioned at ipsilateral baffle 6
Between rack gear 5, the front and back two sides of baffle 6 is fixedly connected with corresponding two the first rack gears 5 simultaneously respectively, the outside point of baffle 6
It is not engaged with the outside of corresponding rectangular channel 2, the back side quadrangle of cabinet 1 opens up first through hole 7 respectively, and first through hole 7 is equal
It is communicated with inside cabinet 1, a screw rod 8 is each passed through in first through hole 7, the periphery of screw rod 8 passes through bearing connection first respectively
First gear 9 is fixedly mounted in the inner wall of through-hole 7, the front end of screw rod 8 respectively, and first gear 9 is respectively positioned in cabinet 1, first gear 9
Between by tooth conveyer belt 10 connect, tooth conveyer belt 10 be double cog conveyer belt, first gear 9 respectively and meanwhile with tooth conveyer belt 10
Engagement, and tooth conveyer belt 10 be in tight state, the inner upper fixed installation second gear 11 of cabinet 1, second gear 11
In in tooth conveyer belt 10, and second gear 11 is engaged with tooth conveyer belt 10, and bevel gear 12 is fixedly mounted in the back side of second gear 11,
The centerline collineation of bevel gear 12 and second gear 11, the top surface of cabinet 1 open up the second through-hole 13, the second through-hole 13 and cabinet 1
Inside communicates, and the inner wall of the second through-hole 13 connects the periphery of vertical bar 14 by bearing, and the lower end of vertical bar 14 is located in cabinet 1 and solid
Dingan County fills same bevel gear 12, and two bevel gears 12 are intermeshed, and the two sides on two sides are fixed respectively before and after the inner wall of cabinet 1 pacifies
Third gear 15 is filled, third gear 15 is engaged with corresponding first rack gear 5 respectively, the two sides point on two sides before and after the inner wall of cabinet 1
Not Gu Dinganzhuan the 4th gear 16, the 4th gear 16 engages with tooth conveyer belt 10 respectively, and the 4th gear 16 respectively with it is corresponding
Third gear 15 engages, and third gear 15 and the 4th gear 16 are respectively positioned on outside tooth conveyer belt 10, and the diameter of third gear 15 is greater than
The diameter of 4th gear 16；Computer Control Unit is fixedly mounted in cabinet 1, the top surface side of Computer Control Unit passes through axis
The lower end of connection sleeve 17 is held, the inner wall side of sleeve 17 is fixedly mounted sliding block 18, is equipped with motion bar 19, motion bar in sleeve 17
19 lower end is located in sleeve 17, and the periphery lower part of motion bar 19 opens up helicla flute 20, and sliding block 18 is located in helicla flute 20 and energy
Along sliding, the top surface of cabinet 1 opens up third through-hole 21, the centerline collineation of third through-hole 21 and motion bar 19, motion bar 19
It is passed through out of third through-hole 21, the periphery of motion bar 19 and the inner wall of third through-hole 21 are engaged, in the upper end of motion bar 19
Embedding signal receiving device, signal receiving device and Computer Control Unit circuit connection, the two sides of third through-hole 21 are fixed respectively
Limited block 22 is installed, the top two sides of motion bar 19 open up limiting slot 23 respectively, and limited block 22 is located at corresponding limiting slot
In 23 and can along sliding, the periphery lower part of sleeve 17 is set with the 5th gear 24, and the inner ring of the 5th gear 24 is fixedly connected with sleeve
17 periphery, cabinet 1 is interior to be equipped with the second rack gear 25, and the back side of third rack gear 26, third are fixedly connected with before the second rack gear 25
Rack gear 26 is engaged with the 5th gear 24, and several guiding dresses based on the second rack gear 25 are fixedly mounted in the top surface of Computer Control Unit
It sets, the second rack gear 25 can be moved horizontally along guiding device, and the second rack gear 25 is engaged with second gear 11.Present invention needs are being built
Open up four preformed holes on walling body, four preformed holes can respectively simultaneously with the centerline collineation of corresponding first through hole 7, so
Be fixedly mounted swivel nut respectively in preformed hole afterwards, the screw rod 8 on cabinet 1 is directed at swivel nut by staff, screw rod 8 can respectively with
Corresponding swivel nut is threadedly engaged, and then rotates vertical bar 14, vertical bar 14 drives corresponding bevel gear 12 to rotate, due to two bevel gears
12 engagements, and one of bevel gear 12 is fixedly connected with second gear 11, so as to drive second gear 11 to rotate, second
Gear 11 is engaged with tooth conveyer belt 10, be able to drive tooth conveyer belt 10 rotation, tooth conveyer belt 10 respectively and meanwhile with four the first teeth
9 engagement of wheel, can drive four first gears 9 simultaneously while rotate, that is, drive four screw rods 8 to rotate, screw rod 8 when rotating to
Wall is mobile, is able to drive cabinet 1 to wall movement, can make cabinet 1 is firm to be mounted on construction wall, and 10 turns of tooth conveyer belt
While dynamic, as shown in figure 5, be able to drive the rotation of the 4th gear 16, the 4th gear 16 can drive corresponding the simultaneously respectively
The rotation of three gears 15, third gear 15 is engaged with corresponding first rack gear 5 simultaneously respectively, so as to drive 5 edge of the first rack gear
Pilot hole 4 is vertically movable, i.e. drive baffle 6 is vertically movable in rectangular channel 2, and baffle 6 is no longer at 3 inside of strip groove, at this time
Strip groove 3 is communicated with inside extraneous, cabinet 1 simultaneously respectively, consequently facilitating Computer Control Unit radiates, when 11 turns of second gear
It is able to drive the second rack gear 25 when dynamic to move horizontally, the second rack gear 25 is fixedly connected with third rack gear 26, is able to drive third tooth
Item 26 moves horizontally, and third rack gear 26 is engaged with the 5th gear 24, is able to drive the rotation of the 5th gear 24, i.e. 17 turns of moving sleeve of band
Dynamic, when sleeve 17 rotates, sliding block 18 is slided along helicla flute 20, due to the mutual cooperation between limited block 22 and limiting slot 23,
So that motion bar 19 can only be vertically movable along third through-hole 21, motion bar 19 can be driven when sliding block 18 is slided along helicla flute 20
Vertically movable, motion bar 19, which moves up, at this time stretches out outside cabinet 1；When needing the mobile present invention, it is only necessary to rotate backward vertical bar 14
, screw rod 8 is moved to outside swivel nut, and motion bar 19 moves down, when cabinet 1 is separated with wall, the upper end of motion bar 19 with
1 either flush of cabinet, baffle 6 is vertically movable to shut strip groove 3 again.The present invention is suitable for high level, Super High, tall and slender structure and builds
Construction is built, to meet the rapid construction when dismounting of high-building construction hydraulic climbing scaffold control device, staff passes through rotating vertical
Bar 14, can be achieved at the same time baffle 6, motion bar 19 vertically movable and screw rod 8 rotation, the diameter of second gear 11 is greater than
The diameter of first gear 9, so as to shorten 8 precession of screw rod or the time of back-out swivel nut, mentions so that the revolving speed of first gear 9 is very fast
High disassembly efficiency of the invention, when the present invention is fixed on the wall, signal receiving device stretches out outside cabinet 1 with motion bar 19,
Convenient for receiving the remote control commands of staff, signal is no longer pass through crust of the device, so that signal be avoided to weaken, can expand
The range of receiving of signal；By the mutual cooperation between third gear 15 and the 4th gear 16, selected according to the height of strip groove 3
Suitable transmission ratio, to reduce the revolving speed of third gear 15, to keep baffle 6 slowly stable vertically movable, so that strip groove 3
It is communicated with inside cabinet 1, outside air is capable of forming convection current by the strip groove 3 of two sides, can take away when air flows through cabinet 1
The heat that Computer Control Unit generates, to reduce the temperature of Computer Control Unit, to be at suitable building ring
Border extends the service life of Computer Control Unit；The present invention realizes three kinds of courses of work by cleverly drive mechanism simultaneously,
The high transmission accuracy of tooth conveyer belt 10 can make pole to traditional computer control cabinet so that job stability of the invention is strong
Big optimization, structure is simple, and components of the present invention can be made using aluminium alloy or other light materials, weight of the invention compared with
Gently, compared with many-body force when will not expend the staff movement present invention, when not using the present apparatus, motion bar 19 is located at third through-hole 21
Interior, baffle 6 shuts strip groove 3, can be avoided dust and enters in cabinet 1, dust is avoided to be adsorbed on shadow on Computer Control Unit
Ring its working condition.
Specifically, the movement of stablizing in order to simply and effectively realize the second rack gear 25, the dress of guiding described in the present embodiment
Be set to L-type seat 27, the top surface of Computer Control Unit is fixedly connected with the horizontal base bottom surface of several L-type seats 27, L-type seat 27 it is vertical
Upward, guide pad 28, the bottom surface of the second rack gear 25 is fixedly mounted in seat respectively before the horizontal base top surface of L-type seat 27 and vertical seat
Open up guide groove 29 respectively with the back side, the both ends of guide groove 29 are communicated with inside cabinet 1, and guide pad 28 is located at corresponding
In guide groove 29 and can along sliding.As shown in Fig. 2, L-type seat 27, which can be formed the second rack gear 25, stablizes support, make the present invention
Operation stability it is high, and the vertical seat of L-type seat 27 is located at 25 rear of the second rack gear, can be avoided to the generation shadow of third rack gear 26
It rings, is not influenced by the position of sleeve 17 and the 5th gear 24, installation limitation is small.
Specifically, dust is entered in cabinet 1 by strip groove 3 when in order to reduce heat dissipation of the invention, described in the present embodiment
The two sides of cabinet 1 are respectively fixedly connected with the level board side of several inverted L shape plates 30, the vertical plate of inverted L shape plate 30 downward, inverted L
Template 30 and strip groove 3 correspond, and the vertical plate of inverted L shape plate 30 is located at the outside of corresponding strip groove 3.The structure energy
Enough blocks dusts are fallen into strip groove 3, so that dust be avoided to enter in cabinet 1 by strip groove 3.
Further, for the ease of rotating vertical bar 14, it is outer and solid that the upper end of vertical bar 14 described in the present embodiment is located at cabinet 1
Determine mounting knob 31.The structure can give user one point convenient for having an effect, so as to the rotation of more convenient labour-saving
Vertical bar 14.
Further, in order to improve operation stability of the invention, the inner wall back side of cabinet 1 described in the present embodiment is pushed up
The 6th gear 32 is fixedly mounted in portion, and the 6th gear 32 is located at the surface of second gear 11, and the 6th gear 32 is located at tooth conveyer belt
Outside 10, and the 6th gear 32 is engaged with tooth conveyer belt 10.Tooth conveyer belt 10 is nibbled with second gear 11, the 6th gear 32 simultaneously respectively
It closes, when second gear 11, which rotates band movable tooth conveyer belt 10, to be run, tooth conveyer belt 10 is engaged with the 6th gear 32, prevents tooth from transmitting
Band 10 is jacked up by second gear 11, can further enhance the Meshing stability of second gear 11 Yu tooth conveyer belt 10, to mention
High operation stability of the invention.
Further, in order to make Computer Control Unit preferably radiate, the control dress of computer described in the present embodiment
Several wave-shape boards 33 being parallel to each other are fixedly mounted in the front and back two sides set respectively.The structure is able to extend air in cabinet 1
Walking path, the heat so as to generate Computer Control Unit is more conducted into air, and then is left with air
Cabinet 1, better heat-radiation effect.
Finally, it should be noted that the above embodiments are merely illustrative of the technical solutions of the present invention, rather than its limitations；Although
Present invention has been described in detail with reference to the aforementioned embodiments, those skilled in the art should understand that: it still may be used
To modify the technical solutions described in the foregoing embodiments or equivalent replacement of some of the technical features；
And these are modified or replaceed, technical solution of various embodiments of the present invention that it does not separate the essence of the corresponding technical solution spirit and
Range.
Claims (6)
1. a kind of computer control of hydraulic climbing scaffold system, it is characterised in that: including cabinet (1), the inner wall two sides of cabinet (1)
It opens up respectively rectangular channel (2), rectangular channel (2) is communicated with cabinet (1) inside, and the two sides of cabinet (1) open up several mutual respectively
Parallel strip groove (3), strip groove (3) respectively with corresponding rectangular channel (2) inside communicate, the top surface of each rectangular channel (2) and
Bottom surface opens up two pilot holes (4) respectively, the pilot hole (4) of top respectively with the center line of the pilot hole of corresponding lower section (4)
Collinearly, it sets in each rectangular channel (2) there are two the first rack gear (5), the upper and lower ends of the first rack gear (5) are inserted into pair simultaneously respectively
In the pilot hole (4) answered, and the first rack gear (5) can be vertically movable along corresponding pilot hole (4) respectively, each rectangular channel (2)
Interior to be equipped with several baffles (6), baffle (6) and strip groove (3) correspond, and the outside area of baffle (6) is all larger than strip groove
(3) inside area is respectively positioned between corresponding two the first rack gears (5), the front and back of baffle (6) positioned at ipsilateral baffle (6)
Two sides respectively simultaneously be fixedly connected with corresponding two the first rack gears (5), the outside of baffle (6) respectively with corresponding rectangular channel
(2) be engaged on the outside of, the back side quadrangle of cabinet (1) opens up first through hole (7) respectively, first through hole (7) with cabinet (1)
Inside communicates, and a screw rod (8) is each passed through in first through hole (7), and the periphery of screw rod (8) is logical by bearing connection first respectively
The inner wall in hole (7), the front end of screw rod (8) are fixedly mounted first gear (9) respectively, and first gear (9) is respectively positioned in cabinet (1),
It is connected between first gear (9) by tooth conveyer belt (10), tooth conveyer belt (10) is double cog conveyer belt, first gear (9) point
It is not engaged not simultaneously with tooth conveyer belt (10), and tooth conveyer belt (10) is in tight state, the inner upper of cabinet (1) is fixedly mounted
Second gear (11), second gear (11) is located in tooth conveyer belt (10), and second gear (11) is engaged with tooth conveyer belt (10),
Bevel gear (12) are fixedly mounted in the back side of second gear (11), the centerline collineation of bevel gear (12) and second gear (11), case
The top surface of body (1) opens up the second through-hole (13), communicates inside the second through-hole (13) and cabinet (1), the inner wall of the second through-hole (13)
By the periphery of bearing connection vertical bar (14), the lower end of vertical bar (14) is located in cabinet (1) and same bevel gear is fixedly mounted
(12), third gear is fixedly mounted in the two sides of two bevel gear (12) intermeshings, the inner wall front and back two sides of cabinet (1) respectively
(15), third gear (15) is engaged with corresponding first rack gear (5) respectively, the two sides difference on two sides before and after the inner wall of cabinet (1)
The 4th gear (16) is fixedly mounted, the 4th gear (16) is engaged with tooth conveyer belt (10) respectively, and the 4th gear (16) respectively with
Corresponding third gear (15) engagement, third gear (15) and the 4th gear (16) are respectively positioned on tooth conveyer belt (10) outside；Cabinet (1)
Interior fixed installation Computer Control Unit, the top surface side of Computer Control Unit connect the lower end of sleeve (17) by bearing,
Sliding block (18) are fixedly mounted in the inner wall side of sleeve (17), are equipped with motion bar (19) in sleeve (17), the lower end of motion bar (19)
In the sleeve (17), the periphery lower part of motion bar (19) is opened up helicla flute (20), sliding block (18) be located at helicla flute (20) it is interior and
Can along sliding, the top surface of cabinet (1) opens up third through-hole (21), and the center line of third through-hole (21) and motion bar (19) is total
Line, motion bar (19) are passed through out of third through-hole (21), and the upper end of motion bar (19) embeds signal receiving device, and signal receives dress
It sets and limited block (22), motion bar is fixedly mounted respectively with Computer Control Unit circuit connection, the two sides of third through-hole (21)
(19) top two sides open up limiting slot (23) respectively, and limited block (22) is located in corresponding limiting slot (23) and can be along it
The periphery lower part of sliding, sleeve (17) is set with the 5th gear (24), and the inner ring of the 5th gear (24) is fixedly connected with sleeve (17)
Periphery, cabinet (1) is interior to be equipped with the second rack gear (25), and the back side of third rack gear (26) is fixedly connected with before the second rack gear (25),
Third rack gear (26) is engaged with the 5th gear (24), and the top surface fixed installation of Computer Control Unit is several to be based on the second rack gear
(25) guiding device, the second rack gear (25) can be moved horizontally along guiding device, the second rack gear (25) and second gear (11)
Engagement.
2. a kind of computer control of hydraulic climbing scaffold system according to claim 1, it is characterised in that: the guiding
Device is L-type seat (27), and the top surface of Computer Control Unit is fixedly connected with the horizontal base bottom surface of several L-type seats (27), L-type seat
(27) vertical seat upward, is fixedly mounted guide pad (28) respectively before the horizontal base top surface of L-type seat (27) and vertical seat, the
The bottom surface and the back side of two rack gears (25) open up guide groove (29) respectively, and the both ends of guide groove (29) are communicated with cabinet (1) inside,
Guide pad (28) be located in corresponding guide groove (29) and can along sliding.
3. a kind of computer control of hydraulic climbing scaffold system according to claim 1, it is characterised in that: the cabinet
(1) two sides are respectively fixedly connected with the level board side of several inverted L shape plates (30), the vertical plate of inverted L shape plate (30) downward,
L-type plate (30) and strip groove (3) correspond, and the vertical plate of inverted L shape plate (30) is located at the outer of corresponding strip groove (3)
Side.
4. a kind of computer control of hydraulic climbing scaffold system according to claim 1, it is characterised in that: the vertical bar
(14) upper end is located at cabinet (1) outside and handle (31) is fixedly mounted.
5. a kind of computer control of hydraulic climbing scaffold system according to claim 1, it is characterised in that: the cabinet
(1) the 6th gear (32) is fixedly mounted at the top of the inner wall back side, the 6th gear (32) is located at the surface of second gear (11), the
Six gears (32) are located at tooth conveyer belt (10) outside, and the 6th gear (32) is engaged with tooth conveyer belt (10).
6. a kind of computer control of hydraulic climbing scaffold system according to claim 1, it is characterised in that: the calculating
Several wave-shape boards (33) being parallel to each other are fixedly mounted in the front and back two sides of machine control device respectively.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810652889.XA CN109057306B (en) | 2018-06-22 | 2018-06-22 | Computer controller of hydraulic climbing frame system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810652889.XA CN109057306B (en) | 2018-06-22 | 2018-06-22 | Computer controller of hydraulic climbing frame system |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN109057306A true CN109057306A (en) | 2018-12-21 |
| CN109057306B CN109057306B (en) | 2020-10-16 |
Family
ID=64820845
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810652889.XA Active CN109057306B (en) | 2018-06-22 | 2018-06-22 | Computer controller of hydraulic climbing frame system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN109057306B (en) |
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| Publication number | Publication date |
|---|---|
| CN109057306B (en) | 2020-10-16 |
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