CN201195356Y - Cutting machine for rectifying and reforming wall - Google Patents

Cutting machine for rectifying and reforming wall Download PDF

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Publication number
CN201195356Y
CN201195356Y CNU2008200691654U CN200820069165U CN201195356Y CN 201195356 Y CN201195356 Y CN 201195356Y CN U2008200691654 U CNU2008200691654 U CN U2008200691654U CN 200820069165 U CN200820069165 U CN 200820069165U CN 201195356 Y CN201195356 Y CN 201195356Y
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CN
China
Prior art keywords
column
cutting
fixed
gear
spring
Prior art date
Application number
CNU2008200691654U
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Chinese (zh)
Inventor
朱建彬
Original Assignee
朱建彬
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Application filed by 朱建彬 filed Critical 朱建彬
Priority to CNU2008200691654U priority Critical patent/CN201195356Y/en
Application granted granted Critical
Publication of CN201195356Y publication Critical patent/CN201195356Y/en

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Abstract

The utility model relates to a mechanical device used for building fitment and correction, in particular to a cutting machine for wall body correction. The mechanical device comprises an underpan and upright posts (1-13), transmission modules (14-20), retractable arm modules (21 and 22), cutting modules (23-25) and guide rail systems (26-28). The underpan and the upright post are supported through a ceiling (the lower bottom surface of a top floor) and a floor so that a reliable work platform is provided for the retractable arm modules and the cutting modules, and retractable arms help extend the cutting modules to appropriate work positions; the transmission modules provide and transmit power to the cutting modules which cut the wall body under the fixation and guide of a guide rail system. The utility model adopts an automatic cutting method during the removal of the wall body, thus has fast speed and small labor intensity; the utility model avoids violent removal, thus brings little damage and low noise and exerts no negative influence to the wall body and the building; the wall body which is cut away can be reused so as to save the building material and save the construction time.

Description

A kind of body of wall rectification cutting machine
Technical field
The utility model relates to a kind of construction and decoration rectification and uses plant equipment, particularly relates to a kind of cutting machine of body of wall rectification usefulness.
Background technology
Along with the raising of people's quality of life, finishing becomes the inevitable step before the moving to a better place new home.Because the irrationality of house house type design itself, and the owner usually needs the house is rectified and improved for the pursuit of house personalized functionization.Generally to transform the body of wall of indoor non-bearing in the rectification process, as single open-door is made into sliding door, a door position be adjusted, at the body of wall uplifting window etc., with requirements such as reaching daylighting, ventilation, function and cut apart, both artistic and practical.
In the body of wall rectification, generally the construction method of Cai Yonging is at present: with hammer original body of wall is pounded, built new body of wall more again.In this process, pound wall with hammer, intensity is big, and destructive strong, dismounting speed is slow, produces a large amount of building wastes; And build new body of wall consume material again, produce waste.
Therefore develop a kind of machinery that can the quick and safe environmental protection, can cut the body of wall of needs rectification easily, carry and utilize, will save manpower greatly, the time, material meets conservation-minded society's construction requirements.
Summary of the invention
The purpose of this utility model is to provide a kind of deficiency that exists in the existing work progress that overcomes, and can make things convenient for the cutter system that carries out the body of wall rectification easily.In order to achieve the above object, the technical solution of the utility model is achieved in that a kind of body of wall rectification cutting machine, comprising: chassis and column (1-13), transmission module (14-20), telescopic arm module (21,22), cutting module (23-25), guide track system (26-28).Chassis and column are the workbenches of whole mechanical social security, and more piece column 4 interconnects becomes one, and its bottom is fixed on the column Adjustment System 3, and column Adjustment System 3 hangs and is connected on the chassis 1; Lifting sleeve 10 hugs at column 4 outer surfaces, under the drive of lifting motor 9, can move up and down along column 4; Two rotation collars 11 are separately fixed at lifting sleeve, and about in the of 10 two ends, and an end of double link lift telescopic arm 21 is fixed on the rotation collar 11, and the rotation of the rotation collar 11 can drive lift telescopic arm 21 unitary rotation; Anti-slip device 12 is installed on the lifting sleeve 10, is used for preventing the accident that the unexpected landing of mechanical arm causes; Self-priming hydraulic pressure supporting module 13 is installed between the upper support plate 3-9 and bottom support dish 3-1 of column Adjustment System 3, the accident that the hydraulic system fails of prevention column Adjustment System 3 may cause; The drive motors 14 of transmission module is fixed on the shell of lifting sleeve 10, and driving belt 17 connects drive motors 14 and longitudinal drive shaft 20; Thereby travelling gear box 18 is connected upper level longitudinal drive shaft and next stage longitudinal drive shaft with cross moving axis 19 realizes transmission of power, and final transmission of power is arrived cutting rack rotating shaft 23; The last cutting rack 24 of cutting module is fixed on the upper end of double link lift telescopic arm 21, and following cutting rack 25 is fixed on the terminal bottom of lift telescopic arm 21; Cross rail main body 26-1 is fixed on the body of wall that will cut, and identical gear 25-2 matches with the guide rail of following cutting rack 25; Vertical guide rail 27 is connected with the vertical guide rail fixed mount 25-10 of following cutting rack.
Described a kind of body of wall rectification cutting machine, its chassis and column comprise: walking chassis 1, trailer system 2, column Adjustment System 3, column 4, tooth bar 5, lifting motor 9, lifting sleeve 10, the rotation collar 11, anti-slip device 12, self-priming hydraulic pressure supporting module 13, its annexation is that column Adjustment System 3 is fixed on the walking chassis 1, column 4 bottoms are fixed on the telescopic plunger 3-7 of column Adjustment System 3, when telescopic plunger 3-7 moves up and down, can drive column 4 and advance up and down.Column 4 has many of different length, the use that is connected, and tooth bar 5 secured in parallel are at the outer surface of column 4.Lifting sleeve 10 is sleeved on the outside of column 4, and fluting stretches out tooth bar 5 in groove thereon.Lifting motor 9 is fixed on the lifting sleeve 10, motor gear and tooth bar 5 engagements, and lifting motor 9 driven gears rotate can drive lifting sleeve 10 along the column oscilaltion.The rotation collar 11 is fixed on the two ends of lifting sleeve 10, can rotate around lifting sleeve 10.Anti-slip device 12 is fixed on the lifting sleeve 10, is used for preventing the unexpected landing of mechanical arm under electrical fault or the failure conditions.Self-priming hydraulic pressure supporting module 23 is used with column Adjustment System 3, ensures the safety supports when column Adjustment System 3 trouble or failures.
Described a kind of body of wall rectification cutting machine, design has column Adjustment System 3 on the chassis 1.Column Adjustment System 3 comprises bottom support dish 3-1, spring 3-2, spring storehouse 3-3, spring compressive plate 3-4, connecting rod 3-5, plunger shell 3-6, telescopic plunger 3-7, level meter 3-8, top braces dish 3-9.Spring storehouse 3-3 is fixed on 1 table top of walking chassis, and spring 3-2 is contained in the 3-3 of spring storehouse, and spring 3-2 can be to lower compression under spring compressive plate 3-4 effect.Top braces dish 3-9 is fixed on telescopic plunger 3-7 top, and telescopic plunger 3-7 is in plunger shell 3-6, and plunger shell 3-6 and bottom support dish 3-1 are fixed together, and bottom support dish 3-1 connects spring compressive plate 3-4 by connecting rod 3-5.Be that the suspended structure that plunger shell 3-6 and telescopic plunger 3-7 form by connecting rod 3-5, spring compressive plate 3-4, spring 3-2, spring storehouse 3-3 is suspended on the walking chassis 1, because the elasticity of spring 3-2, the realization horizontal adjusting can slightly freely swing.Level meter 3-8 is fixed on the top braces dish 3-9, assists to carry out the adjustment of column perpendicularity.
Described a kind of body of wall rectification cutting machine, design has column 4, tooth bar 5 and adjusts leading screw 6.Column 4 is combined by many sockets, comprises the middle standing pillar 4-3 of bottom column 4-1, top column 4-2 and many different lengths.There is the tooth bar 5 of secured in parallel on column 4 surfaces, and when many root posts 4 were connected, tooth bar 5 was realized seamless link.Bottom column 4-1 is fixed on the top braces dish 3-9 of column Adjustment System 3, and top column 4-2 connects adjustment leading screw 6.The silk cap 6-3 cover of adjusting leading screw 6 inserts top column 4-2 endoporus, and screw mandrel 6-2 can drive leading screw top board 6-1 in the inner rotation of silk cap 6-3 and adjust up and down.
Described a kind of body of wall rectification cutting machine, design has lifting motor 9, lifting sleeve 10 and the rotation collar 11 and lift telescopic arm 21.Its lifting motor 9 is fixed on lifting sleeve 10 shells, and gear is installed on the motor shaft, with tooth bar 5 tight engagement.After starting, lifting motor 9 can drive lifting sleeve 10 along column 4 oscilaltion campaigns.11 sockets of the rotation collar are fixed on the two ends of lifting sleeve 10, can be around lifting sleeve 10 rotations.Lift telescopic arm 21 is made of parallel double link, initiating terminal is fixed on two rotation collars 11, more piece lift telescopic arm 21 connects by telescopic arm joint 22, lift telescopic arm 21 can be amounted to around telescopic arm joint 22 levels, also can the driven rotary collar 11 does around column 4 integral body to horizontally rotate motion.
Described a kind of body of wall rectification cutting machine, design has anti-slip device 12.Anti-slip device 12 is by anti-slip gear 12-1, gear eccentrically weighted shaft 12-2, and gear fixed mount 12-3, pressing lock out operation device 12-4 forms.Anti-slip gear 12-1 design has eccentrically weighted shaft 12-2, and eccentrically weighted shaft 12-2 is fixed on the lifting sleeve 10 by gear fixed mount 12-3.Anti-slip gear 12-1 modulus is identical with tooth bar 5 moduluses.Pressing lock out operation device 12-4 is fixed on the anti-slip gear 12-1, the pressing that its assists to finish anti-slip gear 12-1 and tooth bar 5 with separate, its action can manually realize, also can realize by automation.
Described a kind of body of wall rectification cutting machine, design has self-priming hydraulic pressure supporting module 13, comprises lower cylinder body 13-1, upper cylinder body 13-2, stop valve 13-3, stop valve push rod 13-8, stop valve back-moving spring 13-11, spring bearer plate 13-12.Lower cylinder body 13-1 is connected with following fixation clip 13-4, and following fixation clip 13-4 is connected with following fixation clip 13-6 by the spherical 13-5 that connects, and carries out fastening with band bullet pad bolt 13-7.Upper cylinder body 13-2 simultaneously can up-downgoing campaign in lower cylinder body 13-1 as plunger, and upper cylinder body 13-2 top is connected with the upper support plate 3-9 of column Adjustment System 3.The bottom design of upper cylinder body 13-2 has stop valve 13-3, and stop valve 13-3 is connected with stop valve push rod 13-8, and the stop valve push rod 13-8 other end is fixed on upper support plate 3-9 top by stop valve back-moving spring 13-11 and spring bearer plate 13-12.Bottom plate 13-4 is connected on the bottom support dish 3-1 of column Adjustment System 3.Sphere in the last bottom plate connects 13-5, makes lower cylinder body have certain swing to adjust the space with column Adjustment System 3.Cylinder interior is filled hydraulic oil up and down.
Described a kind of body of wall rectification cutting machine, its transmission module comprises: drive motors 14, motor pulley 15, longitudinal drive shaft belt pulley 16, driving belt 17, travelling gear box 18, cross moving axis 19, longitudinal drive shaft 20.Longitudinal drive shaft 20 usefulness bearing fixing are in each telescopic arm joint 22, and travelling gear box 18 is fixed on the longitudinal drive shaft 20, and there is the gears engaged in gear and the travelling gear box 18 at cross moving axis 19 two ends.Driving belt 17 connects motor pulley 15 and longitudinal drive shaft belt pulley 16, thereby drives the 1st grade of longitudinal drive shaft 20.Longitudinal drive shaft 20 connects cross moving axis 19 by travelling gear box 18, and cross moving axis 19 connects next stage travelling gear box 18 again, and transmission of power arrives cutting rack rotating shaft 23 the most at last.
Described a kind of body of wall rectification cutting machine, its cutting module comprises cutting rack 24 and following cutting rack 25.Last cutting rack 24 comprises upper transfer gear 24-1, goes up cutting blade line shaft 24-2, goes up cutting blade fixed mount 24-3.Upper transfer gear 24-1 is installed in cutting blade line shaft 24-2 and the cutting rack rotating shaft 23, and coincide to do transmission of power mutually.Last cutting blade fixed mount 24-3 is installed in the upper end of cutting blade line shaft 24-2, is used for fixing cutting blade and carries out cutting operation.Following cutting rack 25 comprises lower transmissioning gear 25-1, guide rail identical gear 25-2, cross rail fast pulley 25-3, following cutting blade line shaft 25-4, right cut pitch cutting fixed mount 25-5, left cut pitch cutting fixed mount 25-6, following cutting blade fixed mount 25-7, cutting rack gearcase 25-8.Lower transmissioning gear 25-1 is installed in down in cutting blade line shaft 25-4 and the cutting rack rotating shaft 23, and coincide to do transmission of power mutually.The identical gear 25-2 of guide rail is installed in down cutting blade line shaft 25-4 upper end, and cross rail fast pulley 25-3 is fixed near the identical gear 25-2 of guide rail, cooperates the limit function of finishing cross rail 26 with it.Following cutting blade fixed mount 25-7 is fixed on down cutting blade line shaft 25-4 lower end.Two groups of helical gears are arranged among the cutting rack gearcase 25-8, be used for the power of following cutting blade line shaft 25-4 is changed over horizontal direction, and at trunnion axis terminal fixedly right cut pitch cutting fixed mount 25-5 and left cut pitch cutting fixed mount 25-6.
Described a kind of body of wall rectification cutting machine, its guide track system comprises: cross rail 26, vertical guide rail 27, penetrate fixed bar 28.Cross rail main body 26-1 is made into the ∏ type, and outer rim is designed to gear hobbing 26-1, and its modulus is identical with the identical gear 25-2 modulus of the guide rail of following cutting rack 25.Vertical guide rail 27 adopts the L structural section to make the rib secured in parallel of positive stop strip 27-2 and vertical rail body 27-1.
Beneficial effect
The beneficial effects of the utility model are: the demolishing process to body of wall adopts the cutting method automation mechanized operation, and speed is fast, and labour intensity is little; Not violence is removed, and is destructive little, do not have and impacts, and noise is little, and body of wall and building are had no adverse effects.The wall block that cutting produces can whole directly be transferred to needs the body of wall place of sealing to utilize, and produces building waste hardly.Constructions such as doorframe can directly be wrapped in the body of wall position of well cutting, have avoided the waste material of building a wall again, problem such as lose time.
Description of drawings
Below in conjunction with drawings and Examples the utility model is described further
Fig. 1 is the utility model overall structure schematic diagram, also can be used as Figure of abstract
Fig. 2 is the utility model column Adjustment System principle schematic
Fig. 3 is the schematic diagram of a plurality of different length columns of the utility model
Fig. 4 is that the utility model top column is adjusted the screw structure schematic diagram
Fig. 5 is the utility model anti-slip device structural principle schematic diagram
Fig. 6 is the utility model anti-slip device A-A ' view
Fig. 7 is the self-priming hydraulic pressure supporting module of a utility model principle schematic
Fig. 8 is a cutting rack structural representation on the utility model
Fig. 9 is a cutting shelf structure schematic diagram under the utility model
Figure 10 is cutting rack A-A ' and a cutting rack gearcase principle schematic under the utility model
Figure 11 is that the utility model cross rail is installed vertical view
Figure 12 is that the utility model cross rail is installed A-A ' view
Figure 13 is that the utility model cross rail is installed B-B ' view
Figure 14 is that the vertical guide rail of the utility model is installed vertical view
Figure 15 is that the vertical guide rail of the utility model is installed A-A ' view
Figure 16 is the fixing and wall seam relative position schematic diagram of the utility model guide rail
Wherein
1, chassis
2, trailer system
3, column Adjustment System
3-1, bottom support dish
3-2, spring
3-3, spring storehouse
3-4, spring compressive plate
3-5, connecting rod
3-6, plunger shell
3-7, telescopic plunger
3-8, level meter
3-9, top braces dish
4, column
4-1, bottom column
4-2, top column
4-3, middle standing pillar
5, tooth bar
6, adjust leading screw
6-1 leading screw top board
The 6-2 screw mandrel
6-3 silk cap
7, up stroke baffle plate
8, down stroke baffle plate
9, lifting brake motor
10, lifting sleeve
11, the rotation collar
12, anti-slip device
12-1 anti-slip gear
12-2 gear eccentrically weighted shaft
12-3 gear shaft fixed mount
12-4 pressing lock out operation device
13, self-priming hydraulic pressure supporting module
The 13-1 lower cylinder body
The 13-2 upper cylinder body
The 13-3 stop valve
The 13-4 bottom plate
13-5 is spherical to be connected
Fixation clip under the 13-6
13-7 band bullet pad bolt
13-8 stop valve push rod
The 13-9 upper mounted plate
The last fixation clip of 13-10
13-11 stop valve back-moving spring
The 13-12 spring bearer plate
14, drive motors
15, motor pulley
16, longitudinal drive shaft belt pulley
17, driving belt
18, travelling gear box
19, cross moving axis
20, longitudinal drive shaft
21, lift telescopic arm
22, telescopic arm joint
23, cutting rack rotating shaft
24, go up cutting rack
24-1, upper transfer gear
24-2, last cutting blade line shaft
24-3, last cutting blade fixed mount
25, following cutting rack
25-1, lower transmissioning gear
25-2, the identical gear of guide rail
25-3, cross rail fast pulley
25-4, following cutting blade line shaft
25-5, right cut pitch cutting fixed mount
25-6, left cut pitch cutting fixed mount
25-7, following cutting blade fixed mount
25-8, cutting rack gearcase
25-9, cutting blade
25-10, vertical guide rail fixed mount
25-11, vertical guide rail fixed mount runner
26, cross rail
26-1, cross rail main body
26-2, gear hobbing
26-3, connector
26-4, fixed head
26-5, fixation clip
27, vertical guide rail
27-1, vertical rail body
27-2, positive stop strip
28, penetrate fixed bar
29, cutting wall seam
30, body of wall
The specific embodiment
In reality was made, column 4 can adopt the heavy wall round steel pipe, also can adopt rectangular tube or square tube.Bottom column 4-1 is fixed on the column Adjustment System 3, and top column 4-2 connects adjustment leading screw 6 to increase flexibility, and middle standing pillar 4-3 makes many of different length, selects for use according to actual conditions.Adjusting leading screw 6 can adjust within the specific limits, to adapt to the room of differing heights.Adopt the connector socket between the column 4, spacing being good for arranged on the connector, to dock accurately, it is good that tooth bar 5 two ends are connected.The telescopic plunger 3-7 of column Adjustment System 3 is moved by hydraulic pressure or Mechanical Driven up-downgoing and realizes the vertical function of adjusting.3-9 is up when the up drive top braces of telescopic plunger 3-7 dish, after making column 4 tops hold out against ceiling (bottom surface that refers to the upper strata floor), proceed up driving, then the reaction force of the follow-up generation of telescopic plunger 3-7 is delivered to bottom support dish 3-1 by plunger shell 3-6, bottom support dish 3-1 moves downward, driving spring compressive plate 3-4 by connecting rod 3-5 moves downward, thereby spring 3-2 is compressed in the 3-3 of spring storehouse, after bottom support dish 3-1 touches ground, the pressure of Zeng Jiaing acts directly on the ground again, and column 4 is fixed between ceiling (bottom surface that refers to the upper strata floor) and ground firmly.Telescopic plunger 3-7 should have certain stroke, and top column 4-2 arrives ceiling (bottom surface that refers to the upper strata floor) and bottom support dish 3-1 arrives ground and fastening to satisfy.After the elongation of column Adjustment System 3 and shortening put in place, keep the state of requirement with mechanical switch control, the situation that prevents accidental fluctuation is brought danger.Spring 3-2 selects the compression spring, have enough reduction lengths, can satisfy bottom support dish 3-1 and arrive ground and compress.
Start lifting motor 9 and can drive lifting sleeve 10 up-downgoing campaigns, telescopic arm can be with lifting sleeve 10 lifting on column 4.Lifting motor 9 adopts can rotating, and has the motor from brake function, guarantees can landing not occur dangerous under powering-off state.Up stroke baffle plate 7 and down stroke baffle plate 8 are used to trigger the travel switch of lifting motor 9, avoid lifting motor 9 to arrive two ends after still powerful operation cause device damage and danger.
Anti-slip device 12 be used for lifting motor 9 break down or situation about losing efficacy under guarantee safety.When mechanical arm needed lifting work, lock out operation device 12-4 is action upwards, and anti-slip gear 12-1 is separated with tooth bar 5, can realize normal elevating movement; Lock out operation device 12-4 under gravity or spring action downwards the action, anti-slip gear 12-1 just with tooth bar 5 intact engagements.In conjunction with the control of lifting motor 9, can realize the automatic control of anti-slip device 12.When lifting motor 9 trouble or failures, mechanical arm has the trend of falling downwards, because tooth bar 5 is fixed, so anti-slip gear 12-1 has the trend that turns clockwise, because the effect of gear eccentrically weighted shaft 12-2, the radius at gear 12-1 contact tooth bar 5 places becomes big, make that wheel and rack 5 engagements are tightr, thereby anti-slip gear 12-1 can not continue to rotate, but reaches balance after the fine motion, thereby prevented the accidental falling of mechanical arm system.
Self-priming hydraulic pressure supporting module 13 is used for preventing that column Adjustment System 3 from causing potential safety hazard when losing efficacy.When mechanical arm rested on column 4-1 bottom, lifting sleeve 10 bottoms were depressed postive stop baffle 8 and spring bearer plate 13-12 downwards, and stop valve back-moving spring 13-11 is compressed, and stop valve push rod 13-8 moves down, and stop valve 13-3 is in open mode.When column 4 carried out support fixation, the telescopic plunger 3-7 of column Adjustment System 3 moved upward, and drove upper support plate 3-9 and moved upward, and upper cylinder body 13-2 moves upward with upper support plate 3-9; The solid chassis 3-1 in the bottom of column Adjustment System 3 moves downward, driving lower cylinder body 13-1 moves downward, hydraulic oil enters from upper cylinder body 13-2 among the lower cylinder body 13-1, and hydraulic pressure supporting module 13 is drawn high, and is supported between bottom support dish 3-1 and the upper support plate 3-9.When mechanical arm system rose, because lower limit baffle plate 8 tops do not have the external force effect, stop valve 13-3 was in cut-off state under stop valve back-moving spring 13-11 effect.If this moment column Adjustment System 3 support system trouble or failure, then column has the trend of tenesmus, but because stop valve 13-3 is in cut-off state, be full of hydraulic oil among the lower cylinder body 13-1, upper cylinder body 13-2 can't move downward, thereby guarantee that upper support plate 3-9 can not fall, the potential safety hazard of having avoided telescopic plunger 3-7 to lose efficacy and bring.When mechanical arm is dropped to the column bottom, there has not been the danger of falling this moment, lower limit baffle plate 8 can be to lower compression stop valve spring 13-11, make stop valve 13-3 be in open mode, the telescopic plunger 3-7 of column Adjustment System 3 moves downward at this moment, upper support plate 3-9 is along with moving downward, and the hydraulic oil among the lower cylinder body 13-1 enters upper cylinder body 13-2 by check valve 13-3, and upper cylinder body 13-2 moves downward and enters lower cylinder body 13-1.Self-priming hydraulic pressure supporting module 13 had both played the safety guarantee effect, also can not have influence on the operate as normal of column Adjustment System 3.
Drive motors 14 provides the power of diced system, power at first is transferred to the 1st grade of longitudinal drive shaft 20 by driving belt 17, longitudinal drive shaft 20 is given cross moving axis 19 by the travelling gear box 18 on it with transmission of power, to the next stage longitudinal drive shaft, motor power is delivered in the cutting rack rotating shaft 23 cross moving axis 19 the most at last with power transmission.Longitudinal drive shaft 20 is hidden in 22 inside, telescopic arm joint, and it is fastening to adopt bearing to connect.
In the concrete constructing operation, when body of wall is cut, at first calculate according to the position and the guide rail specification of the wall seam that will cut, correct position is made a call to four open-works and is put on and penetrates fixed bar 28 on body of wall 30, cross rail 26 usefulness connector 26-3 are connected and fixed plate 26-4, penetrate fixed bar 28 1 ends and be connected on the fixed head 26-4, it is fastening with fixation clip 26-5 that the other end passes body of wall 30 backs, thereby cross rail is fixed on the body of wall 30.Vertical guide rail 27 fixing means are identical, as Figure 16.
When the wall of horizontal resection bottom stitches, on the cutting blade fixed mount 25-7 cutting blade 25-9 is being installed down, the identical gear 25-2 of guide rail and the outer rim gear hobbing 26-2 of the prior cross rail 26 that fixes on metope are being matched.Because the rotation of cutting rack rotating shaft 21, the identical gear 25-2 of guide rail can rotate, under the acting in conjunction of cross rail fast pulley 25-3 and the identical gear 25-2 of guide rail, cutting head is advanced along the cross rail outer rim, cutting blade 25-9 also rotates under cutting rack rotating shaft 21 drives simultaneously, and body of wall is carried out horizontal resection.
When the vertical wall in cutting body of wall right side stitches, cutting blade 25-9 is installed on the right cutting rack 25-5,, gearcase 25-8 is installed, two group of 45 degree helical gear wherein arranged, vertical power of cutting axis is transferred to the power of horizontal direction at cutting rack rotating shaft 21 middle parts.At first utilize cross rail 26 and the guide rail gear 25-2 that coincide, make the cutting blade of right cutting rack 25-5 cut into body of wall, for the cutting of next step vertical wall seam ready.After cutting blade entered body of wall, the machine that stops also coincide gear 25-2 to cross rail 26 and guide rail separately, and vertical guide rail fixed mount 25-10 is embedded among the positive stop strip 27-2 of vertical guide rail 27.Start lifting motor 9, rise overally thereby drive lifting sleeve 10 and drive mechanical arm, cutting rack also forms the vertical cutting to body of wall along with rising.When cutting left side wall stitches, cutting blade is installed on the left cutting rack 25-6, all the other operations are identical.
When cutting top wall stitched, cutting rack 22 was finished in the utilization, and cutting blade is installed on the cutting blade fixed mount 24-3.Need its outer rim gear hobbing 26-2 with the cross rail 26 that fixes be matched by the identical gear 25-2 of the guide rail in the following cutting rack at this moment, all the other are operated and cut, and upward the wall seam is identical.
Cutting rear rail and fixed bar still are fixed on the body of wall 30, with the wall block that reinforcing cuts down, avoid body of wall to cave in handling process.
The wall block that the utility model cuts down can adopt a kind of body of wall carrier of separate case application to carry and shift utilization.

Claims (10)

1. a body of wall is rectified and improved cutting machine, it is characterized in that: system is made up of chassis and column (1-13), transmission module (14-20), telescopic arm module (21,22), cutting module (23-25), guide track system (26-28), chassis and column are the workbenches of whole mechanical social security, more piece column (4) interconnects and becomes one, its bottom is fixed on the column Adjustment System (3), and column Adjustment System (3) hangs and is connected on the chassis (1); Lifting sleeve (10) hugs at column (4) outer surface, under the drive of lifting motor (9), can move up and down along column (4); Two rotation collars (11) are separately fixed at lifting sleeve (10) two ends up and down, and an end of double link lift telescopic arm (21) is fixed on the rotation collar (11), and the rotation of the rotation collar (11) can drive lift telescopic arm (21) unitary rotation; Anti-slip device (12) is installed on the lifting sleeve (10), is used for preventing the accident that the unexpected landing of mechanical arm causes; Self-priming hydraulic pressure supporting module (13) is installed between the upper support plate (3-9) and bottom support dish (3-1) of column Adjustment System (3), the accident that the hydraulic system fails of prevention column Adjustment System (3) may cause; The drive motors of transmission module (14) is fixed on the shell of lifting sleeve (10), and driving belt (17) connects drive motors (14) and longitudinal drive shaft (20); Travelling gear box (18) with cross moving axis (19) thus be connected the upper level longitudinal drive shaft and the next stage longitudinal drive shaft is realized transmission of power, and with final transmission of power to cutting rack rotating shaft (23); The last cutting rack (24) of cutting module is fixed on the upper end of double link lift telescopic arm (21), and following cutting rack (25) is fixed on the terminal bottom of lift telescopic arm (21); Cross rail main body (26-1) is fixed on the body of wall that will cut, and matches with the identical gear (25-2) of the guide rail of following cutting rack (25); Vertical guide rail (27) is connected with the vertical guide rail fixed mount (25-10) of following cutting rack.
2. according to right 1 described a kind of body of wall rectification cutting machine, it is characterized in that: chassis and column comprise: chassis (1), trailer system (2), column Adjustment System (3), column (4), tooth bar (5), lifting motor (9), lifting sleeve (10), the rotation collar (11), anti-slip device (12), self-priming hydraulic pressure supporting module (13), its annexation is that column Adjustment System (3) is fixed on the chassis (1), column (4) bottom is fixed on the telescopic plunger (3-7) of column Adjustment System (3), telescopic plunger (3-7) can drive column (4) and advance up and down when moving up and down; Column (4) has many of different length, the use that is connected, and tooth bar (5) secured in parallel is at the outer surface of column (4); Lifting sleeve (10) is sleeved on the outside of column (4), and fluting stretches out tooth bar (5) in groove thereon; Lifting motor (9) is fixed on the lifting sleeve (10), motor gear and tooth bar (5) engagement, and lifting motor (9) driven gear rotates can drive lifting sleeve (10) along the column oscilaltion; The rotation collar (11) is fixed on the two ends of lifting sleeve (10), can center on lifting sleeve (10) and rotate; Anti-slip device (12) is fixed on the lifting sleeve (10), is used for preventing the unexpected landing of mechanical arm under electrical fault or the failure conditions; Self-priming hydraulic pressure supporting module (13) is used with column Adjustment System (3), ensures the safety supports when column Adjustment System (3) trouble or failure.
3. according to right 1 described a kind of body of wall rectification cutting machine, it is characterized in that: chassis (1) goes up design column Adjustment System (3); Column Adjustment System (3) comprises bottom support dish (3-1), spring (3-2), spring storehouse (3-3), spring compressive plate (3-4), connecting rod (3-5), plunger shell (3-6), telescopic plunger (3-7), level meter (3-8), top braces dish (3-9); Spring storehouse (3-3) is fixed on the table top of chassis (1), and spring (3-2) is contained in the spring storehouse (3-3), and spring (3-2) can be to lower compression under spring compressive plate (3-4) effect; Top braces dish (3-9) is fixed on telescopic plunger (3-7) top, telescopic plunger (3-7) is in plunger shell (3-6), plunger shell (3-6) is fixed together with bottom support dish (3-1), and bottom support dish (3-1) connects spring compressive plate (3-4) by connecting rod (3-5); Be that plunger shell (3-6) and telescopic plunger (3-7) are suspended on the chassis (1) by the suspended structure that connecting rod (3-5), spring compressive plate (3-4), spring (3-2), spring storehouse (3-3) form, because the elasticity of spring (3-2), the realization horizontal adjusting can slightly freely swing; Level meter (3-8) is fixed on the top braces dish (3-9), assists to carry out the adjustment of column perpendicularity.
4. according to right 1 described a kind of body of wall rectification cutting machine, it is characterized in that: design has column (4); Column (4) is combined by many sockets, comprises the middle standing pillar (4-3) of bottom column (4-1), top column (4-2) and many different lengths; There is the tooth bar (5) of secured in parallel on column (4) surface, and many root posts (4) are when being connected, and tooth bar (5) is realized seamless link; Bottom column (4-1) is fixed on the top braces dish (3-9) of column Adjustment System (3), and top column (4-2) connects adjusts leading screw (6); Silk cap (6-3) cover of adjusting leading screw (6) inserts top column (4-2) endoporus, and screw mandrel (6-2) can drive leading screw top board (6-1) in the inner rotation of silk cap (6-3) and adjust up and down.
5. according to right 1 described a kind of body of wall rectification cutting machine, it is characterized in that: design has lifting motor (9), lifting sleeve (10) and the rotation collar (11) and lift telescopic arm (21), its lifting motor (9) is fixed on lifting sleeve (10) shell, gear is installed, with tooth bar (5) tight engagement on the motor shaft; Lifting motor (9) can drive lifting sleeve (10) along column (4) oscilaltion campaign after starting; The socket of the rotation collar (11) is fixed on the two ends of lifting sleeve (10), can center on lifting sleeve (10) rotation; Lift telescopic arm (21) is made of parallel double link, initiating terminal is fixed on two rotation collars (11), more piece lift telescopic arm (21) connects by telescopic arm joint (22), lift telescopic arm (21) can be amounted to around telescopic arm joint (22) level, also can the driven rotary collar (11) does around column (4) integral body to horizontally rotate motion.
6. according to right 1 described a kind of body of wall rectification cutting machine, it is characterized in that: design has anti-slip device (12); Anti-slip device (12) is by anti-slip gear (12-1), gear eccentrically weighted shaft (12-2), and gear fixed mount (12-3), pressing lock out operation device (12-4) is formed; Anti-slip gear (12-1) design has eccentrically weighted shaft (12-2), and eccentrically weighted shaft (12-2) is fixed on the lifting sleeve (10) by gear fixed mount (12-3); Anti-slip gear (12-1) modulus is identical with tooth bar (5) modulus; Pressing lock out operation device (12-4) is fixed on the anti-slip gear (12-1), the pressing that its assists to finish anti-slip gear (12-1) and tooth bar (5) with separate, its action can manually realize, also can realize by automation.
7. according to right 1 described a kind of body of wall rectification cutting machine, it is characterized in that: design has self-priming hydraulic pressure supporting module (13), comprises lower cylinder body (13-1), upper cylinder body (13-2), stop valve (13-3), stop valve push rod (13-8), stop valve back-moving spring (13-11), spring bearer plate (13-12); Lower cylinder body (13-1) is connected with following fixation clip (13-4), and following fixation clip (13-4) is connected with following fixation clip (13-6) by spherical connect (13-5), and carries out fastening with band bullet pad bolt (13-7); Upper cylinder body (13-2) simultaneously can up-downgoing campaign in lower cylinder body (13-1) as plunger, and upper cylinder body (13-2) top is connected with the upper support plate (3-9) of column Adjustment System (3); The bottom design of upper cylinder body (13-2) has stop valve (13-3), stop valve (13-3) is connected with stop valve push rod (13-8), and stop valve push rod (13-8) other end is fixed on upper support plate (3-9) top by stop valve back-moving spring (13-11) and spring bearer plate (13-12); Bottom plate (13-4) is connected on the bottom support dish (3-1) of column Adjustment System (3); Sphere in the last bottom plate connects (13-5), makes lower cylinder body have certain swing to adjust the space with column Adjustment System (3); Cylinder interior is filled hydraulic oil up and down.
8. according to right 1 described a kind of body of wall rectification cutting machine, it is characterized in that: transmission module comprises: drive motors (14), motor pulley (15), longitudinal drive shaft belt pulley (16), driving belt (17), travelling gear box (18), cross moving axis (19), longitudinal drive shaft (20); In each telescopic arm joint (22), travelling gear box (18) is fixed on the longitudinal drive shaft (20) longitudinal drive shaft (20) with bearing fixing, and there is the gears engaged in gear and the travelling gear box (18) at cross moving axis (19) two ends; Driving belt (17) connects motor pulley (15) and longitudinal drive shaft belt pulley (16), thereby drives the 1st grade of longitudinal drive shaft (20); Longitudinal drive shaft (20) connects cross moving axis (19) by travelling gear box (18), and cross moving axis (19) connects next stage travelling gear box (18) again, and transmission of power arrives cutting rack rotating shaft (23) the most at last.
9. according to right 1 described a kind of body of wall rectification cutting machine, it is characterized in that: cutting module comprises cutting rack (24) and following cutting rack (25); Last cutting rack (24) comprises upper transfer gear (24-1), goes up cutting blade line shaft (24-2), goes up cutting blade fixed mount (24-3); Upper transfer gear (24-1) is installed in cutting blade line shaft (24-2) and the cutting rack rotating shaft (23), and coincide mutually to do transmission of power; Last cutting blade fixed mount (24-3) is installed in the upper end of cutting blade line shaft (24-2), is used for fixing cutting blade and carries out cutting operation; Following cutting rack (25) comprises lower transmissioning gear (25-1), the identical gear (25-2) of guide rail, cross rail fast pulley (25-3), following cutting blade line shaft (25-4), right cut pitch cutting fixed mount (25-5), left cut pitch cutting fixed mount (25-6), following cutting blade fixed mount (25-7), cutting rack gearcase (25-8); Lower transmissioning gear (25-1) is installed in down in cutting blade line shaft (25-4) and the cutting rack rotating shaft (23), and coincide mutually to do transmission of power; The guide rail gear (25-2) that coincide is installed in down cutting blade line shaft (25-4) upper end, and cross rail fast pulley (25-3) is fixed on guide rail and coincide near the gear (25-2), cooperates the limit function of finishing cross rail (26) with it; Following cutting blade fixed mount (25-7) is fixed on down cutting blade line shaft (25-4) lower end; Two groups of helical gears are arranged in the cutting rack gearcase (25-8), be used for the power of following cutting blade line shaft (25-4) is changed over horizontal direction, and at trunnion axis terminal fixedly right cut pitch cutting fixed mount (25-5) and left cut pitch cutting fixed mount (25-6).
10. according to the described a kind of body of wall rectification cutting machine of right 1, it is characterized in that: guide track system comprises: cross rail (26), vertical guide rail (27), penetrate fixed bar (28); Cross rail main body (26-1) is made into the ∏ type, and outer rim is designed to gear hobbing (26-2), and its modulus is identical with identical gear (25-2) modulus of the guide rail of following cutting rack (25); Vertical guide rail (27) adopts the L structural section to make, a rib secured in parallel of positive stop strip (27-2) and vertical rail body (27-1).
CNU2008200691654U 2008-01-28 2008-01-28 Cutting machine for rectifying and reforming wall CN201195356Y (en)

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Cited By (11)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102794712A (en) * 2012-07-24 2012-11-28 宁夏共享集团有限责任公司 Mechanical arm suitable for automatic sand blasting of large workpiece
CN103307069A (en) * 2012-03-13 2013-09-18 鸿富锦精密工业(深圳)有限公司 Multi-section telescopic device
CN105239758A (en) * 2015-10-20 2016-01-13 梁有为 Automatic-feeding wall grooving machine
CN105397842A (en) * 2015-12-22 2016-03-16 湖南英格斯坦智能科技有限公司 Telescopic arm of pavement cutting robot
CN107448000A (en) * 2017-08-25 2017-12-08 程丽娜 A kind of construction plaster board wall surface remove device
CN107783556A (en) * 2016-08-31 2018-03-09 天津市泓金泰特种机械有限公司 A kind of reaction arm for Mechanical course
CN108858817A (en) * 2017-07-21 2018-11-23 东营联润信息科技有限公司 A kind of enclosure wall cutting translating device
CN109080010A (en) * 2018-08-29 2018-12-25 芜湖文青机械设备设计有限公司 A kind of metope fluting apparatus for industrial design
CN109227958A (en) * 2018-09-01 2019-01-18 浙江众亿智能科技有限公司 A kind of lift wall-slotting machine
CN110027121A (en) * 2019-05-07 2019-07-19 黄冈师范学院 A kind of groove cutting equipment for opening pipe fitting trough for indoor wall
CN110202703A (en) * 2019-06-14 2019-09-06 郝银玲 A kind of construction metope groover

Cited By (17)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103307069A (en) * 2012-03-13 2013-09-18 鸿富锦精密工业(深圳)有限公司 Multi-section telescopic device
CN102794712A (en) * 2012-07-24 2012-11-28 宁夏共享集团有限责任公司 Mechanical arm suitable for automatic sand blasting of large workpiece
CN105239758A (en) * 2015-10-20 2016-01-13 梁有为 Automatic-feeding wall grooving machine
CN105397842A (en) * 2015-12-22 2016-03-16 湖南英格斯坦智能科技有限公司 Telescopic arm of pavement cutting robot
CN105397842B (en) * 2015-12-22 2017-10-27 湖南英格斯坦智能科技有限公司 The telescopic arm of pavement cutting machine device people
CN107783556A (en) * 2016-08-31 2018-03-09 天津市泓金泰特种机械有限公司 A kind of reaction arm for Mechanical course
CN108858817B (en) * 2017-07-21 2020-03-06 北京天润建设有限公司 Fence cutting translation device
CN108908752A (en) * 2017-07-21 2018-11-30 东营联润信息科技有限公司 A kind of enclosure wall cutting translating device
CN108858817A (en) * 2017-07-21 2018-11-23 东营联润信息科技有限公司 A kind of enclosure wall cutting translating device
CN108858816A (en) * 2017-07-21 2018-11-23 东营联润信息科技有限公司 A kind of application method of enclosure wall cutting translating device
CN107448000B (en) * 2017-08-25 2019-04-12 宜昌永东建设工程有限公司 A kind of construction plaster board wall surface remove device
CN107448000A (en) * 2017-08-25 2017-12-08 程丽娜 A kind of construction plaster board wall surface remove device
CN109080010A (en) * 2018-08-29 2018-12-25 芜湖文青机械设备设计有限公司 A kind of metope fluting apparatus for industrial design
CN109080010B (en) * 2018-08-29 2020-03-31 芜湖文青机械设备设计有限公司 Wall surface slotting equipment for industrial design
CN109227958A (en) * 2018-09-01 2019-01-18 浙江众亿智能科技有限公司 A kind of lift wall-slotting machine
CN110027121A (en) * 2019-05-07 2019-07-19 黄冈师范学院 A kind of groove cutting equipment for opening pipe fitting trough for indoor wall
CN110202703A (en) * 2019-06-14 2019-09-06 郝银玲 A kind of construction metope groover

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