CN108636516A - A kind of building monitoring cement solution block device - Google Patents
A kind of building monitoring cement solution block device Download PDFInfo
- Publication number
- CN108636516A CN108636516A CN201810460482.7A CN201810460482A CN108636516A CN 108636516 A CN108636516 A CN 108636516A CN 201810460482 A CN201810460482 A CN 201810460482A CN 108636516 A CN108636516 A CN 108636516A
- Authority
- CN
- China
- Prior art keywords
- block
- belt pulley
- power
- connection
- separating device
- 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
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Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
- B02C13/00—Disintegrating by mills having rotary beater elements ; Hammer mills
- B02C13/02—Disintegrating by mills having rotary beater elements ; Hammer mills with horizontal rotor shaft
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
- B02C13/00—Disintegrating by mills having rotary beater elements ; Hammer mills
- B02C13/26—Details
- B02C13/286—Feeding or discharge
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
- B02C13/00—Disintegrating by mills having rotary beater elements ; Hammer mills
- B02C13/26—Details
- B02C13/30—Driving mechanisms
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
- B02C13/00—Disintegrating by mills having rotary beater elements ; Hammer mills
- B02C13/26—Details
- B02C13/286—Feeding or discharge
- B02C2013/28609—Discharge means
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
- B02C13/00—Disintegrating by mills having rotary beater elements ; Hammer mills
- B02C13/26—Details
- B02C13/286—Feeding or discharge
- B02C2013/28618—Feeding means
Abstract
The invention discloses a kind of buildings to monitor cement solution block device, its structure includes folding window, deblock body, block-separating device, folding window is embedded at deblocking body upper right side and is fixedly connected to form integral structure, deblocking internal body is installed with block-separating device, block-separating device is installed on deblocking internal body and is flexibly connected with folding window, block-separating device includes actuating mechanism, power device, power plant, pushing meanss, decompose mechanism, transmission mechanism, decomposer, actuating mechanism is connected by opening and closing window with power device pressing, power device is set to block-separating device right end and is electrically connected with power plant by actuating mechanism.The present invention can pass through the operation of folding window control device, cement is poured into sealing to decompose, the health hazard of staff can be reduced and can fully blend cement block by wedge angle and castor and powder falls into discharge line can be discharged by pushing, it is not easy to block that work efficiency is high, it is easy to use.
Description
Technical field
The present invention is a kind of building monitoring cement solution block device, belongs to building monitoring cement deblocking apparatus field.
Background technology
From broadly, architecture is the subject of research building and its environment.Architecture is one across engineering technology
With the subject of humanities and art.The art of architecture and Building technology involved by architecture and the art of architecture as utility art
Included aesthetics and it is practical while, though they have specific different but maintain close ties with, and its component is with tool
Body situation and the difference of building and differ widely.
What existing technology was generally decomposed, which be not enough, is easy to cause blocking, influences to use and need artificial treatment, wastes
Time and reduction efficiency.
Invention content
In view of the deficienciess of the prior art, it is an object of the present invention to provide a kind of buildings to monitor cement solution block device, with solution
Being not enough for certainly generally decomposing is easy to cause blocking, influences to use and need artificial treatment, wastes time and reduce efficiency
Problem.
To achieve the goals above, the present invention is to realize by the following technical solutions：A kind of building monitoring cement solution
Block device, structure include folding window, deblocking body, block-separating device；
The folding window is embedded at deblocking body upper right side and is fixedly connected to form integral structure, in the deblocking machine body
Portion is installed with block-separating device, and the block-separating device is installed on deblocking internal body and is flexibly connected with folding window；
The block-separating device includes actuating mechanism, power device, power plant, pushing meanss, decomposes mechanism, driver
Structure, decomposer, the actuating mechanism are connected by opening and closing window with power device pressing, and the power device is set to block-separating device
Right end is simultaneously electrically connected by actuating mechanism with power plant, the power plant and pushing meanss, transmission mechanism and decomposer
Push to connect and be simultaneously fixed on left end, the pushing meanss with decompose mechanism and be flexibly connected and be set to lower section, the decomposition mechanism and
Pushing meanss, decomposer are flexibly connected and are set to middle-end, and the transmission mechanism is installed on block-separating device upper left side and by pushing away
Dynamic device is flexibly connected with decomposer, and the decomposer connection transmission mechanism is connect in right side and with mechanism urges are decomposed.
Further, the actuating mechanism includes connecting rod, down-pressed pole, limit buckle, limiting slot, joining rod, the connection
Bar is set between folding window and down-pressed pole and is flexibly connected, and the down-pressed pole is connected by connecting rod and block-separating device lifting, institute
It states limit buckle to be welded in down-pressed pole bottom and with limiting slot be connected, the limiting slot is embedded on joining rod and limits with limit buckle
Position connection, joining rod connection down-pressed pole is on power device and being flexibly connected.
Further, the power device includes elevating lever, adjustable spring, positive battery block, negative battery block, is powered
Line, the elevating lever are sheathed on elevating lever and positive battery block by joining rod and down-pressed pole synchronized links, the adjustable spring
Between and spring connection, the positive battery block be fixed on elevating lever bottom and above negative battery block, the negative electricity
Pond block is fixed on block-separating device lower right and is electrically connected with positive battery block, and the live wire connection negative battery block is filled in power
It sets.
Further, the power plant includes motor rack, power motor, motor rotation axis, bevel gear, the motor rack
Power motor is connected in block-separating device bottom, the power motor is rotatablely connected by live wire and motor rotation axis, the electricity
Machine rotates axis connection power motor in left side, and the bevel gear is welded on the left of motor rotation axis and connects with transmission mechanism activity
It connects.
Further, the pushing meanss include fixed wheel carrier, catch bar, power output wheel, pushing block, rotating bar, top
Block, the fixed wheel carrier are installed on motor rack left end, and the catch bar is set on power output wheel and is connected with pushing block, institute
It states power output wheel and is rotatablely connected and is set to top with motor rotation axis, the pushing block connection catch bar is in decomposition mechanism and pushes away
Dynamic connection, the rotating bar connect power output wheel in inside, and the jacking block is fixed on rotating bar top and set on decomposition mechanism
It is internal and push connection.
Further, the decomposition mechanism includes babinet, castor, decomposes sharp plate, hinge-rod, passing away, the case
Body is installed in inside block-separating device and is fixedly connected on folding window lower part, and the castor is set to box house and is filled by decomposing
Rotation connection is set, the sharp plate of the decomposition is set on the inside of castor and rotates synchronously, and it is logical with discharge that the hinge-rod is installed on babinet
Between road and by jacking block hinge connection, the passing away connects babinet in bottom.
Further, the transmission mechanism includes rotation axis, cam, supporting rack, power output wheel, belt pulley, transmission skin
Band, fixed seat, the second belt pulley, the second driving belt, third belt pulley, the rotation axis are installed on block-separating device bottom and push up
End is fixed with cam, and the cam is rotatablely connected with bevel gear, and support frame as described above connects power output wheel on the left of rotation axis, institute
It states power output wheel to be fixed on above supporting rack and rotate synchronously by cam and belt pulley, the belt pulley is set to power output
Front end is taken turns, the driving belt is sheathed between belt pulley and the second belt pulley and is sequentially connected, the fixed seat connection second
In on block-separating device inner wall and being fixedly connected, second belt pulley is defeated by dynamic belt and power for belt pulley, third belt pulley
Going out wheel to rotate synchronously, second driving belt is sheathed between the second belt pulley, third belt pulley and is sequentially connected, and described the
Three belt pulleys are set to the second belt pulley upper right side and are connected with decomposer.
Further, the decomposer includes decomposing catch bar, swinging block, oscillating rod, movable round pin, the second fixation
Seat, swinging connecting rod, the decompositions catch bar connect swinging block on castor and connection, the swinging block being pushed to pass through swing
Connecting rod swings with oscillating rod and connects, and the oscillating rod is installed on by movable round pin between the second fixed seat and swinging block, institute
It states movable round pin and connects the second fixed seat on oscillating rod and being flexibly connected, second fixed seat bottom is fixed with passing away
It connects and is set on the left of babinet, the swinging connecting rod is set to the lower section of third belt pulley, the second belt pulley, the swing connection
Bar is flexibly connected with third belt pulley and is connected on swinging block.
Advantageous effect
A kind of building of the present invention monitors cement solution block device, drives connecting rod that down-pressed pole is made to live downwards when opening and closing window closing
It moves and so that elevating lever is moved downward by joining rod and positive battery block is driven to be connected and be powered with negative battery block, power electric
Machine connects live wire on negative battery block and being powered makes motor rotation axis rotate, and power output wheel and motor rotation axis screw thread turn
It is dynamic connect and make the catch bar being fixed on power output wheel, rotating bar promotion be connected to passing away cement is passed through push,
Discharge, jacking block is pushed to push hinge-rod that the cement after deblocking is made to fall into passing away, bevel gear passes through motor rotation axis and cam
Rotation connection, cam rotate with power output wheel gear and drive driving belt that the second belt pulley is made to rotate synchronously, the second belt
Wheel drives third pulley rotation, the swinging connecting rod being connected on third belt pulley to make by rotation by the second driving belt
Swinging block swings with oscillating rod and connects, and the decomposition catch bar being installed on swinging block makes castor by front and back promotion, decomposes point
Plate rotates, and to reach stirring and decompose cement block, babinet, passing away junction are equipped with hinge-rod, are pushed up upwards by jacking block
Dynamic that eight shape are presented, the cement of decomposition enters passing away from mouth and is pushed out again by pushing block, and whole process sealing is decomposed, and work can be reduced
Make personnel health to endanger and improve decomposition efficiency.
A kind of building of the present invention monitors cement solution block device, can be poured into cement by the operation of folding window control device
Sealing is decomposed, and can be reduced the health hazard of staff and can fully be blended cement block by wedge angle and castor and powder is fallen into
Discharge line can be discharged by pushing, it is not easy to which work efficiency is high for blocking, easy to use.
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 building monitoring cement solution block device of the present invention.
Fig. 2 is the structural schematic diagram of block-separating device plane of the present invention.
Fig. 3 is the structural schematic diagram of block-separating device component of the present invention parsing.
Fig. 4 is the dynamic structural schematic diagram of block-separating device of the present invention.
In figure：Open and close window -1, deblocking body -2, block-separating device -3, actuating mechanism -30, power device -31, power plant -
32, pushing meanss -33, decompose mechanism -34, be transmission mechanism -35, decomposer -36, actuating mechanism -30, power device -31, dynamic
Power apparatus -32, decomposes mechanism -34, transmission mechanism -35, decomposer -36, connecting rod -3001, down-pressed pole-at pushing meanss -33
3002, limit buckle -3003, limiting slot -3004, joining rod -3005, elevating lever -3101, adjustable spring -3102, positive battery
Block -3103, negative battery block -3104, live wire -3105, motor rack -3201, power motor -3202, motor rotation axis -
3203, bevel gear -3204, fixed wheel carrier -3301, catch bar -3302, power output wheel -3303, pushing block -3304, rotation
Bar -3305, babinet -3401, castor -3402, decomposes sharp plate -3403, hinge-rod -3404, passing away-at jacking block -3306
3405, rotation axis -3501, cam -3502, supporting rack -3503, power output wheel -3504, belt pulley -3505, driving belt -
3506, fixed seat -3507, the second belt pulley -3508, the second driving belt -3509, third belt pulley -3510, decomposition push
Bar -3601, swinging block -3602, oscillating rod -3603, movable round pin -3604, the second fixed seat -3605, swinging connecting rod -
3606。
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.
Embodiment
- Fig. 4 is please referred to Fig.1, the present invention provides a kind of building monitoring cement solution block device:Its structure includes folding window 1, solution
Block body 2, block-separating device 3；
The folding window 1 is embedded at deblocking 2 upper right side of body and is fixedly connected to form integral structure, the deblocking body
Block-separating device 3 is installed with inside 2, the block-separating device 3 is installed on 2 inside of deblocking body and is flexibly connected with folding window 1；
The block-separating device 3 includes actuating mechanism 30, power device 31, power plant 32, pushing meanss 33, decomposes mechanism
34, transmission mechanism 35, decomposer 36, the actuating mechanism 30 is connected by opening and closing window 1 with the pressing of power device 31, described logical
Electric installation 31 is set to and 3 right end of block-separating device and is electrically connected with power plant 32 by actuating mechanism 30, the power plant 32 and
Pushing meanss 33, transmission mechanism 35 are pushed with decomposer 36 to be connected and is fixed on left end, the pushing meanss 33 and disassembler
Structure 34 is flexibly connected and is set to lower section, during the decomposition mechanism 34 is flexibly connected and is set to pushing meanss 33, decomposer 36
End, the transmission mechanism 35 are installed on 3 upper left side of block-separating device and are flexibly connected with decomposer 36 by pushing meanss 33, institute
Decomposer 36 is stated to connect transmission mechanism 35 in right side and include connection with decomposing mechanism 34 to push connection, the actuating mechanism 30
Bar 3001, down-pressed pole 3002, limit buckle 3003, limiting slot 3004, joining rod 3005, the connecting rod 3001 are set to folding window 1
It between down-pressed pole 3002 and is flexibly connected, the down-pressed pole 3002 is connected by connecting rod 3001 and the lifting of block-separating device 3, institute
It states limit buckle 3003 to be welded in 3002 bottom of down-pressed pole and with limiting slot 3004 be connected, the limiting slot 3004 is embedded at linking
It limits on bar 3005 and with limit buckle 3003 and connects, the joining rod 3005 connects down-pressed pole 3002 on power device 31 and living
Dynamic connection, the power device 31 include elevating lever 3101, adjustable spring 3102, positive battery block 3103, negative battery block
3104, live wire 3105, the elevating lever 3101 pass through joining rod 3005 and 3002 synchronized links of down-pressed pole, the adjustable spring
3102, which are sheathed between elevating lever 3101 and positive battery block 3103 simultaneously spring connection, the positive battery block 3103, is fixed on liter
It drops 3101 bottom of bar and set on 3104 top of negative battery block, the negative battery block 3104 is fixed on 3 lower right of block-separating device
And be electrically connected with positive battery block 3103, the live wire 3105 connects negative battery block 3104 in power plant 32, described
Power plant 32 includes motor rack 3201, power motor 3202, motor rotation axis 3203, bevel gear 3204, the motor rack
3201 connection power motors 3202 are rotated in 3 bottom of block-separating device, the power motor 3202 by live wire 3105 and motor
Axis 3203 is rotatablely connected, and the motor rotation axis 3203 connects power motor 3202 in left side, and the bevel gear 3204 is welded in
It is flexibly connected on the left of motor rotation axis 3203 and with transmission mechanism 35, the pushing meanss 33 include fixed wheel carrier 3301, push
Bar 3302, power output wheel 3303, pushing block 3304, rotating bar 3305, jacking block 3306, the fixed wheel carrier 3301 are installed on electricity
3201 left end of rack, the catch bar 3302 are set on power output wheel 3303 and are connected with pushing block 3304, the power
Output wheel 3303 and motor rotation axis 3203 are rotatablely connected and are simultaneously set to top, the pushing block 3304 connect catch bar 3302 in point
Solution mechanism 34 simultaneously pushes connection, and the rotating bar 3305 connects power output wheel 3303 in inside, and the jacking block 3306 is fixed on
3305 top of rotating bar is simultaneously set to 34 inside of decomposition mechanism and pushes connection, and the decomposition mechanism 34 includes babinet 3401, activity
Wheel 3402 decomposes sharp plate 3403, hinge-rod 3404, passing away 3405, and the babinet 3401 is installed in 3 inside of block-separating device simultaneously
It is fixedly connected on 1 lower part of folding window, the castor 3402 is set to 3401 inside of babinet and is rotatablely connected by decomposer 36,
The sharp plate 3403 of the decomposition is set to 3402 inside of castor and rotates synchronously, and the hinge-rod 3404 is installed on babinet 3401 and row
Go out between channel 3405 and by 3306 hinge connection of jacking block, the connection babinet 3401 of the passing away 3405 is described in bottom
Transmission mechanism 35 includes rotation axis 3501, cam 3502, supporting rack 3503, power output wheel 3504, belt pulley 3505, transmission skin
Band 3506, fixed seat 3507, the second belt pulley 3508, the second driving belt 3509, third belt pulley 3510, the rotation axis
3501 are installed on 3 bottom of block-separating device and top is fixed with cam 3502, and the cam 3502 is rotatablely connected with bevel gear 3204,
Support frame as described above 3503 connects power output wheel 3504 in 3501 left side of rotation axis, and the power output wheel 3504 is fixed on support
3503 top of frame is simultaneously rotated synchronously by cam 3502 and belt pulley 3505, and the belt pulley 3505 is set to power output wheel 3504
Front end, the driving belt 3506 are sheathed between belt pulley 3505 and the second belt pulley 3508 and are sequentially connected, the fixation
Seat 3507 connects the second belt pulleys 3508, third belt pulley 3510 on 3 inner wall of block-separating device and being fixedly connected, second skin
Belt wheel 3508 is rotated synchronously by dynamic belt 3506 with power output wheel 3504, and second driving belt 3509 is sheathed on second
It between belt pulley 3508, third belt pulley 3510 and is sequentially connected, the third belt pulley 3510 is set to the second belt pulley 3508
Upper right side is simultaneously connected with decomposer 36, and the decomposer 36 includes decomposing catch bar 3601, swinging block 3602, oscillating rod
3603, movable round pin 3604, the second fixed seat 3605, swinging connecting rod 3606, the decomposition catch bar 3601 connect swinging block
3602 on castor 3402 and pushing connection, and the swinging block 3602 passes through swinging connecting rod 3606 and swung with oscillating rod 3603
Connection, the oscillating rod 3603 is installed on by movable round pin 3604 between the second fixed seat 3605 and swinging block 3602, described
Movable round pin 3604 connects the second fixed seat 3605 on oscillating rod 3603 and being flexibly connected, 3605 bottom of the second fixed seat
It is fixedly connected with passing away 3405 and set on 3401 left side of babinet, the swinging connecting rod 3606 is set to third belt pulley
3510, the lower section of the second belt pulley 3508, the swinging connecting rod 3606 are flexibly connected and are connected to third belt pulley 3510
On swinging block 3602.
The present invention provides a kind of building monitoring cement solution block device, its working principle is that：It drives and connects when opening and closing window 1 and closing
Extension bar 3001 makes the activity downwards of down-pressed pole 3002 and so that elevating lever 3101 is moved downward by joining rod 3005 and drive positive electricity
Pond block 3103 is connected and is powered with negative battery block 3104, and power motor 3202 connects live wire 3105 in negative battery block
On 3104 and being powered makes motor rotation axis 3203 rotate, and power output wheel 3303 is connect simultaneously with 3203 threads turn of motor rotation axis
The catch bar being fixed on power output wheel 3,303 3302, the promotion of rotating bar 3305 is set to be connected to passing away 3405 and lead to cement
It crosses and pushes, discharge, jacking block 3306 is pushed to push hinge-rod 3404 that the cement after deblocking is made to fall into passing away 3405, bevel gear
3204 are rotatablely connected by motor rotation axis 3203 and cam 3502, cam 3502 and the rotation of 3504 gear of power output wheel and band
Dynamic driving belt 3506 makes the second belt pulley 3508 rotate synchronously, and the second belt pulley 3508 is driven by the second driving belt 3509
Third belt pulley 3510 rotates, and the swinging connecting rod 3606 being connected on third belt pulley 3510 makes swinging block 3602 by rotation
It swings and connects with oscillating rod 3603, the decomposition catch bar 3601 being installed on swinging block 3602 makes castor by front and back promotion
3402, it decomposes sharp plate 3403 to rotate, to reach stirring and decompose cement block, babinet 3401,3405 junction of passing away are set
There is hinge-rod 3404, is pushed upwards by jacking block 3306 and eight shape are presented, the cement of decomposition enters passing away 3405 again from mouth
It is pushed out by pushing block 3304, whole process sealing is decomposed, and can be reduced staff's health hazard and be improved decomposition efficiency.
Limiting slot 3004 of the present invention is that Openworks shape is embedded on jobbie and is connected with other structures, mutually
It restrains, has the function that limit, it is convenient and practical.
Problems solved by the invention is that being not enough of generally decomposing is easy to cause blocking, influences to use and needs manually to locate
Reason, wastes time and reduces efficiency, and the present invention is combined with each other by above-mentioned component, can pass through the fortune of folding window control device
Cement is poured into sealing and decomposed, can reduced the health hazard of staff and can fully blend water by wedge angle and castor by row
Clod and powder fall into discharge line and can be discharged by pushing, it is not easy to which work efficiency is high for blocking, easy to use.
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 (8)
1. a kind of building monitors cement solution block device, structure includes folding window (1), deblock body (2), block-separating device (3),
It is characterized in that：
The folding window (1) is embedded at deblocking body (2) upper right side and is fixedly connected to form integral structure, the deblocking body
(2) internal to be installed with block-separating device (3), it is internal and living with folding window (1) that the block-separating device (3) is installed on deblocking body (2)
Dynamic connection；
The block-separating device (3) includes actuating mechanism (30), power device (31), power plant (32), pushing meanss (33), divides
Mechanism (34), transmission mechanism (35), decomposer (36) are solved, the actuating mechanism (30) is by opening and closing window (1) and power device
(31) pressing connection, the power device (31) are set to block-separating device (3) right end and pass through actuating mechanism (30) and power plant
(32) it is electrically connected, the power plant (32) pushes with decomposer (36) and connects with pushing meanss (33), transmission mechanism (35)
And it is fixed on left end, the pushing meanss (33) are flexibly connected and with mechanism (34) is decomposed set on lower section, the decomposition mechanism
(34) it is flexibly connected with pushing meanss (33), decomposer (36) and is set to middle-end, the transmission mechanism (35) is installed on deblocking
Device (3) upper left side is simultaneously flexibly connected by pushing meanss (33) with decomposer (36), and decomposer (36) connection passes
Motivation structure (35) pushes connection in right side and with mechanism (34) is decomposed.
2. a kind of building according to claim 1 monitors cement solution block device, it is characterised in that：The actuating mechanism (30)
Including connecting rod (3001), down-pressed pole (3002), limit buckle (3003), limiting slot (3004), joining rod (3005), the connection
Bar (3001) is set between folding window (1) and down-pressed pole (3002) and is flexibly connected, and the down-pressed pole (3002) passes through connecting rod
(3001) it is connected with block-separating device (3) lifting, the limit buckle (3003) is welded in down-pressed pole (3002) bottom and and limiting slot
(3004) it is connected, the limiting slot (3004) is embedded on joining rod (3005) and is limited with limit buckle (3003) and connected, institute
Joining rod (3005) connection down-pressed pole (3002) is stated on power device (31) and being flexibly connected.
3. a kind of building according to claim 1 or 2 monitors cement solution block device, it is characterised in that：The power device
(31) include elevating lever (3101), adjustable spring (3102), positive battery block (3103), negative battery block (3104), live wire
(3105), the elevating lever (3101) passes through joining rod (3005) and down-pressed pole (3002) synchronized links, the adjustable spring
(3102) it is sheathed between elevating lever (3101) and positive battery block (3103) and spring is connect, the positive battery block (3103)
It is fixed on elevating lever (3101) bottom and above negative battery block (3104), the negative battery block (3104) is fixed on solution
Block assembly (3) lower right is simultaneously electrically connected with positive battery block (3103), and the live wire (3105) connects negative battery block
(3104) in power plant (32).
4. a kind of building according to claim 1 monitors cement solution block device, it is characterised in that：The power plant (32)
Including motor rack (3201), power motor (3202), motor rotation axis (3203), bevel gear (3204), the motor rack
(3201) for connection power motor (3202) in block-separating device (3) bottom, the power motor (3202) passes through live wire (3105)
It is rotatablely connected with motor rotation axis (3203), motor rotation axis (3203) the connection power motor (3202) is described in left side
Bevel gear (3204) is welded on the left of motor rotation axis (3203) and is flexibly connected with transmission mechanism (35).
5. a kind of building according to claim 1 monitors cement solution block device, it is characterised in that：The pushing meanss (33)
Including fixed wheel carrier (3301), catch bar (3302), power output wheel (3303), pushing block (3304), rotating bar (3305), top
Block (3306), the fixed wheel carrier (3301) are installed on motor rack (3201) left end, and it is defeated that the catch bar (3302) is set to power
Go out on wheel (3303) and be connected with pushing block (3304), the power output wheel (3303) rotates with motor rotation axis (3203)
Top is connected and is set to, pushing block (3304) the connection catch bar (3302) is in decomposition mechanism (34) and pushes connection, described
Rotating bar (3305) connects power output wheel (3303) in inside, and the jacking block (3306) is fixed on rotating bar (3305) top simultaneously
Set on decomposition mechanism (34) inside and push connection.
6. a kind of building according to claim 1 monitors cement solution block device, it is characterised in that：The decomposition mechanism (34)
Including babinet (3401), castor (3402), decompose sharp plate (3403), hinge-rod (3404), passing away (3405), the case
Body (3401) is installed in block-separating device (3) inside and is fixedly connected on folding window (1) lower part, and the castor (3402) is set to case
Body (3401) is internal and is rotatablely connected by decomposer (36), and the sharp plate (3403) of the decomposition is set on the inside of castor (3402)
And rotate synchronously, the hinge-rod (3404) is installed between babinet (3401) and passing away (3405) and passes through jacking block
(3306) hinge connection, passing away (3405) the connection babinet (3401) is in bottom.
7. a kind of building according to claim 1 monitors cement solution block device, it is characterised in that：The transmission mechanism (35)
Including rotation axis (3501), cam (3502), supporting rack (3503), power output wheel (3504), belt pulley (3505), transmission skin
Band (3506), fixed seat (3507), the second belt pulley (3508), the second driving belt (3509), third belt pulley (3510), institute
State that rotation axis (3501) is installed on block-separating device (3) bottom and top is fixed with cam (3502), the cam (3502) and cone
Gear (3204) is rotatablely connected, and support frame as described above (3503) connects power output wheel (3504) on the left of rotation axis (3501), institute
Power output wheel (3504) is stated to be fixed on above supporting rack (3503) and by the way that cam (3502) is synchronous with belt pulley (3505) turn
Dynamic, the belt pulley (3505) is set to power output wheel (3504) front end, and the driving belt (3506) is sheathed on belt pulley
(3505) between the second belt pulley (3508) and be sequentially connected, the fixed seat (3507) connect the second belt pulley (3508),
For third belt pulley (3510) on block-separating device (3) inner wall and being fixedly connected, second belt pulley (3508) passes through dynamic belt
(3506) it is rotated synchronously with power output wheel (3504), second driving belt (3509) is sheathed on the second belt pulley
(3508), it between third belt pulley (3510) and is sequentially connected, the third belt pulley (3510) is set to the second belt pulley
(3508) upper right side and it is connected with decomposer (36).
8. a kind of building according to claim 1 or 6 or 7 monitors cement solution block device, it is characterised in that：The decomposition dress
It includes decomposing catch bar (3601), swinging block (3602), oscillating rod (3603), movable round pin (3604), the second fixation to set (36)
Seat (3605), swinging connecting rod (3606), decomposition catch bar (3601) the connection swinging block (3602) is in castor (3402)
Connection is gone up and pushes, the swinging block (3602) is swung by swinging connecting rod (3606) and oscillating rod (3603) and connected, described
Oscillating rod (3603) is installed on by movable round pin (3604) between the second fixed seat (3605) and swinging block (3602), the work
Dynamic round pin (3604) connects the second fixed seat (3605) on oscillating rod (3603) and being flexibly connected, second fixed seat
(3605) bottom is fixedly connected with passing away (3405) and on the left of babinet (3401), and the swinging connecting rod (3606) sets
In the lower section of third belt pulley (3510), the second belt pulley (3508), the swinging connecting rod (3606) and third belt pulley
(3510) it is flexibly connected and is connected on swinging block (3602).
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| CN201810460482.7A CN108636516B (en) | 2018-05-15 | 2018-05-15 | Building monitoring cement equipment of deblocking |
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| CN201810460482.7A CN108636516B (en) | 2018-05-15 | 2018-05-15 | Building monitoring cement equipment of deblocking |
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| CN108636516A true CN108636516A (en) | 2018-10-12 |
| CN108636516B CN108636516B (en) | 2020-12-22 |
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| CN108636516B (en) | 2020-12-22 |
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Effective date of registration: 20201207 Address after: No.8, Keshan Road, Hui'an County, Jiaxing City, Zhejiang Province Applicant after: Jiaxing huaran new energy Co., Ltd Address before: 362100 No. 8 Keshan Road, Huian County, Quanzhou City, Fujian Province Applicant before: Chen Ximei |
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