CN207827348U - One kind removing brick device automatically - Google Patents
One kind removing brick device automatically Download PDFInfo
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- CN207827348U CN207827348U CN201721723018.XU CN201721723018U CN207827348U CN 207827348 U CN207827348 U CN 207827348U CN 201721723018 U CN201721723018 U CN 201721723018U CN 207827348 U CN207827348 U CN 207827348U
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- clamp assemblies
- leading arm
- mounting plate
- linkage
- block
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Abstract
The utility model is related to building machinery fields,More particularly to a kind of to remove brick device automatically,Including walking mechanism,Guiding mechanism and Ban Zhuan mechanisms,Walking mechanism includes support platform,Guiding mechanism is in the top for being vertically arranged in support platform,Ban Zhuan mechanisms include mounting plate,Hold assembly,Driving part and positioning element,The delivery end of mounting plate and guiding mechanism connects,Hold assembly includes symmetrically arranged left side clamp assemblies and right side clamp assemblies,Positioning element is arranged in the top of left side clamp assemblies and right side clamp assemblies,And respectively with left side clamp assemblies and right side clamp assemblies elastic connection,Driving part includes lifting assembly and linkage unit,Lifting assembly is arranged the side in mounting plate and is sequentially connected with linkage unit,Linkage unit is arranged between left side clamp assemblies and right side clamp assemblies,The utility model passes through artificial auxiliary,The efficiency for carrying brick can be improved,Also reduce artificial labor intensity simultaneously.
Description
Technical field
The utility model is related to building machinery fields, more particularly to a kind of to remove brick device automatically.
Background technology
With the economic quick raising with science and technology, building trade has just obtained development at full speed, then existing in construction
It will use and to arrive a large amount of brick, brick is traditional building material, and the standard specification of common brick (solid clay brick)
For 240 millimeters × 115 millimeters × 53 millimeters (length × width x thickness), small, unit area quantity is more, and common brick is close
Degree is big, and general brick is transported to from grown place on transport vehicle, and transport vehicle reaches appointed place, and then the construction personnel in the place can incite somebody to action
Brick carries out concentration storage, so that subsequent building operation needs.
It is the carrying for needing manpower to carry out batch that traditional brick conveying, which is piled up, and due to small, the list of monolithic brick
The brick amount of plane product is big so that for worker when carrying brick, laborious time-consuming, labor intensity is big, and efficiency is not also just high.
Invention content
The purpose of this utility model is that in view of the deficiencies of the prior art, provide one kind and removing brick device automatically.
To solve the above problems, the utility model provides following technical scheme：
A kind of to remove brick device, including walking mechanism, guiding mechanism and Ban Zhuan mechanisms automatically, walking mechanism includes that support is flat
Platform, support platform are rectangular parallelepiped structure, and guiding mechanism is in the top for being vertically arranged in support platform, and Ban Zhuan mechanisms include installation
The delivery end of plate, hold assembly, driving part and positioning element, mounting plate and guiding mechanism connects, and hold assembly includes symmetrical
The left side clamp assemblies and right side clamp assemblies of setting, left side clamp assemblies and right side clamp assemblies are able to mobile setting
In the both sides of mounting plate, positioning element is arranged in the top of left side clamp assemblies and right side clamp assemblies, and is pressed from both sides respectively with left side
Component and right side clamp assemblies elastic connection are held, driving part includes lifting assembly and linkage unit, and lifting assembly setting is being pacified
The side of loading board and be sequentially connected with linkage unit, linkage unit setting left side clamp assemblies and right side clamp assemblies it
Between, linkage unit is sequentially connected with left side clamp assemblies and right side clamp assemblies respectively.
Further, the left side clamp assemblies include that left side leading arm, left side adjutage and left side grip block, left side are led
To one end of arm in horizontal and side slidable connection of the mounting plate far from guiding mechanism, left side adjutage and left side leading arm
The other end at right angles connects.
Further, the right side clamp assemblies include that right side leading arm, right side adjutage and right side grip block, right side are led
To one end of arm in horizontal and side slidable connection of the mounting plate far from guiding mechanism, right side adjutage and right side leading arm
The other end at right angles connects, and in left side adjutage is vertically arranged in towards the side of right side adjutage, right side presss from both sides left side grip block
It is in be vertically arranged in right side adjutage towards the side of left side adjutage to hold plate.
Further, the left side leading arm and right side leading arm are arranged at the top position close to mounting plate, left side
Grip block and the mutual corresponding side of right side grip block are equipped with anti-skidding corner angle.
Further, two accommodating chambers are arranged on the mounting plate, two accommodating chambers are arranged at left side and lead
To the top of arm and right side leading arm, corresponding left side leading arm and the setting of right side leading arm respectively of two accommodating chambers, positioning
Component includes two reset assemblies, and two reset assemblies include restoring board and resetting spring, two resetting springs
Be in be horizontally set in two accommodating chambers respectively, one end of two restoring boards respectively with left side leading arm and right side leading arm
Top connection, the other end connect with one end of two resetting springs respectively, and one end that restoring board is located in accommodating chamber can be moved
Dynamic setting is in accommodating chamber.
Further, the linkage unit includes linkage block, the first movable part and the second movable part, left side leading arm and the right side
The bottom of side leading arm is respectively equipped with a linkage post extended downwards, and linkage block is arranged between two linkage posts, the
One end of one movable part and the second movable part is separately positioned on the both sides of linkage block, the first movable part and the second movable part it is another
End is connect with the side of two linkage posts respectively, and mounting plate is equipped with transmission straight slot, which corresponds to the position of linkage block
Setting, linkage block is rectangular configuration.
Further, first movable part and the second movable part are set including several along linkage block width direction interval
The both sides of the hinge bar set, linkage block are respectively equipped with the first hinge recess, and one end of all hinge bars is hingedly arranged first
In hinge recess, the side of left side leading arm and right side leading arm towards linkage block is equipped with the second hinge recess, the first activity
The other end of all hinge bars in portion is hingedly arranged in the second hinge recess of left side leading arm, and the second movable part owns
The other end of hinge bar is hingedly arranged in the second hinge recess of right side leading arm.
Further, what the side of all linkage posts can move horizontally connect with mounting plate, linkage block direction
The side of mounting plate and mounting plate can vertical shift connect.
Further, the lifting assembly includes lifting motor, synchronous belt and driving section, and driving section setting is logical in transmission
In slot, driving section includes several along the spaced drive link of linkage block width direction and transmission gear, one end of drive link
Hinged with the side of transmission straight slot, the other end extends to the outside of mounting plate across the other side of transmission straight slot, logical close to transmission
The bottom of the other end of the drive link of trench bottom and the output axis connection of lifting motor, lifting motor is equipped with supporting rack, supporting rack
It is connect with the side of mounting plate, transmission gear setting is in transmission straight slot and is set on drive link, and drive link is located at installation
One end on the outside of plate is arranged with belt pulley, and all belt pulleys are coordinated by synchronous belt drive, linkage block direction transmission straight slot
Side be equipped with the rack that is meshed with transmission gear.
Further, the bottom of the support platform is equipped with the universal wheel of several rectangular distributions, the top of support platform
Portion is equipped with portable handle, and guiding mechanism includes elevating screw and gib block, and the delivery end of elevating screw passes through gib block and peace
Loading board connects.
Advantageous effect：One kind of the utility model removes brick device automatically, can manually be controlled first by operating support platform
Device entirety is made, and Ban Zhuan mechanisms is made to correspond to the position for piling up brick, guiding mechanism meeting drive installation plate carries out down
Drop either rises, and purpose allows hold assembly that can be registered to the both sides of several brick positions being handled upside down, so
Driving part can drive linkage unit to work afterwards so that the both sides of left side clamp assemblies and right side clamp assemblies to several bricks
It is clamped, the setting of positioning element can make left side clamp assemblies and right side clamp assemblies that can keep one in clamping process
Fixed tensile force, this ensure that brick can be consolidated more during clamped, such setting of the utility model
To improve the efficiency for carrying brick, while artificial labor intensity can be also reduced by artificial auxiliary.
Description of the drawings
Fig. 1 is the dimensional structure diagram of the utility model；
Fig. 2 is the floor map of the utility model；
Fig. 3 is the sectional view along line A-A in Fig. 2；
Fig. 4 is the partial assembled structural schematic diagram one of the utility model；
Fig. 5 is the working state structure schematic diagram of the utility model hold assembly；
Fig. 6 is the partial assembled structural schematic diagram two of the utility model；
Fig. 7 is the partial assembled structural schematic diagram three of the utility model；
Reference sign：Walking mechanism 1, support platform 1a, portable handle 1a1, universal wheel 1a2, guiding mechanism 2,
Elevating screw 2a, gib block 2a1, mounting plate 3, accommodating chamber 3a are driven straight slot 3b, hold assembly 4, left side clamp assemblies 4a, a left side
Side leading arm 4a1, left side adjutage 4a2, left side grip block 4a3, right side clamp assemblies 4b, right side leading arm 4b1, right side extend
Arm 4b2, right side grip block 4b3, anti-skidding corner angle 4c, linkage post 4d, the second hinge recess 4d1, driving part 5, lifting assembly 5a,
Lifting motor 5a1, synchronous belt 5a2, drive link 5a3, transmission gear 5a4, belt pulley 5a5, supporting rack 5b, linkage unit 6, connection
Motion block 6a, rack 6a1, the first hinge recess 6a2, the first movable part 6b, the second movable part 6c, hinge bar 6c1, reset assembly 7,
Restoring board 7a, resetting spring 7b.
Specific implementation mode
With reference to the accompanying drawings of the specification and embodiment, specific embodiment of the utility model is described in further detail：
It is a kind of shown in referring to Figure 1 to Figure 7 to remove brick device, including walking mechanism 1, guiding mechanism 2 and Ban Zhuan mechanisms automatically,
Walking mechanism 1 includes support platform 1a, and support platform 1a is rectangular parallelepiped structure, and guiding mechanism 2 is in be vertically arranged in support platform
The top of 1a, Ban Zhuan mechanisms include mounting plate 3, hold assembly 4, driving part 5 and positioning element, mounting plate 3 and guiding mechanism 2
Delivery end connection, hold assembly 4 include symmetrically arranged left side clamp assemblies 4a and right side clamp assemblies 4b, left side clamping group
Part 4a and right side clamp assemblies 4b be able to it is mobile be arranged in the both sides of mounting plate 3, positioning element setting is clamped in left side
The top of component 4a and right side clamp assemblies 4b, and respectively with left side clamp assemblies 4a and right side clamp assemblies 4b elastic connections,
Driving part 5 includes lifting assembly 5a and linkage unit 6, and side and and linkage groups in mounting plate 3 is arranged in lifting assembly 5a
Part 6 be sequentially connected, linkage unit 6 be arranged between left side clamp assemblies 4a and right side clamp assemblies 4b, linkage unit 6 respectively with
Left side clamp assemblies 4a and right side clamp assemblies 4b is sequentially connected.
Operation principle：Manually device entirety can be controlled by operating support platform 1a first, and to remove brick machine
Structure corresponds to the position for piling up brick, first guiding mechanism 2 can drive installation plate 3 decline and either rise, purpose allows folder
The both sides of the specific position for piling up brick can be registered to by holding component 4, and then driving part 5 can drive linkage unit 6 to work, and make
The both sides of several bricks can be clamped by obtaining left side clamp assemblies 4a and right side clamp assemblies 4b, and the setting of positioning element can
So that left side clamp assemblies 4a and right side clamp assemblies 4b can keep certain tensile force in clamping process.
With reference to Fig. 2 and shown in fig. 5, the left side clamp assemblies 4a includes left side leading arm 4a1, left side adjutage 4a2
Slidably connect with side of the mounting plate 3 far from guiding mechanism 2 in level with one end of left side grip block 4a3, left side leading arm 4a1
It connects, left side adjutage 4a2 is at right angles connect with the other end of left side leading arm 4a1, because left side adjutage 4a2 and left side are oriented to
Arm 4a1 at right angles coordinates, so upper left side grip block 4a3 is coordinated to can be very good several bricks piled up again
Side carries out fitting clamping, and then the right side clamp assemblies 4b in the cooperation other side works.
The right side clamp assemblies 4b includes right side leading arm 4b1, right side adjutage 4b2 and right side grip block 4b3, right side
One end of leading arm 4b1 is in horizontal and side slidable connection of the mounting plate 3 far from guiding mechanism 2, right side adjutage 4b2 and the right side
The other end of side leading arm 4b1 at right angles connects, and left side grip block 4a3 is in be vertically arranged in left side adjutage 4a2 towards right side
The side of adjutage 4b2, right side grip block 4b3 are in be vertically arranged in right side adjutage 4b2 towards the one of left side adjutage 4a2
Side, when linkage unit 6 is worked, left side leading arm 4a1 and right side leading arm 4b1 can be driven, and start edge
It mounting plate 3 and carries out opposite movement, right side grip block 4b3 and left side grip block 4a3 can be by left side adjutage 4a2 and the right side at this time
Side adjutage 4b2 drives translation, and it is fine finally so that left side grip block 4a3 and right side grip block 4b3 carries out the both sides of target
Clamping.
It is arranged at close to mounting plate with reference to Fig. 2 and shown in Fig. 4, the left side leading arm 4a1 and right side leading arm 4b1
3 top position, left side grip block 4a3 and the right side mutual corresponding sides grip block 4b3 are equipped with anti-skidding corner angle 4c, because left
Side leading arm 4a1 and right side leading arm 4b1 is provided in the setting close to 3 top of mounting plate, so just giving the linkage groups of lower section
Part 6 provides the space of stroke, and the setting of anti-skidding corner angle 4c can make left side grip block 4a3 and right side grip block 4b3 exist
The frictional force between brick can be increased during clamping, while this of anti-skidding corner angle 4c can be sticked have the rubber of rub resistance on one side
Glue material matter, left side grip block 4a3 and right side grip block 4b3 can damage brick sheet to purpose during clamping in order to prevent
Body also just directly reduces breakage rate.
Shown in referring to figure 5 and figure 6, two accommodating chambers 3a, two accommodating chamber 3a are arranged on the mounting plate 3
It is arranged at the top of left side leading arm 4a1 and right side leading arm 4b1, two accommodating chamber 3a correspond to left side leading arm respectively
4a1 and right side leading arm 4b1 settings, positioning element include two reset assemblies 7, and two reset assemblies 7 include resetting
Plate 7a and resetting spring 7b, two resetting spring 7b are in be horizontally set in two accommodating chamber 3a respectively, and two described multiple
One end of position plate 7a is connect with the top of left side leading arm 4a1 and right side leading arm 4b1 respectively, and the other end is resetted with two respectively
One end of spring 7b connects, and restoring board 7a is located at setting that one end in accommodating chamber 3a can move in accommodating chamber 3a, works as a left side
When off position, left side leading arm 4a1 or right side leading arm 4b1 are that do not have by side leading arm 4a1 and right side leading arm 4b1
Have and move towards, in addition restoring board 7a is connected with them, so restoring board 7a can press resetting spring 7b so that multiple
Position spring 7b be in compressive state, when left side leading arm 4a1 and right side leading arm 4b1 are driven power and are moved,
Restoring board 7a can follow them to move at this time, and restoring board 7a is moved at this time, and resetting spring 7b will be along his movement
Elastic reset is carried out, this elastic reset power can make left side grip block 4a3 and right side grip block 4b3 during clamping more
Add securely.
With reference to Fig. 2, Fig. 4, Fig. 5 and shown in fig. 6, the linkage unit 6 includes linkage block 6a, the first movable part 6b and the
The bottom of two movable part 6c, left side leading arm 4a1 and right side leading arm 4b1 are respectively equipped with a linkage post extended downwards
4d, linkage block 6a are arranged between two linkage post 4d, and one end of the first movable part 6b and the second movable part 6c are separately positioned on
The other end of the both sides of linkage block 6a, the first movable part 6b and the second movable part 6c connect with the side of two linkage post 4d respectively
It connects, mounting plate 3 is equipped with transmission straight slot 3b, transmission straight slot 3b and corresponds to the position setting of linkage block 6a, and linkage block 6a is rectangle
Structure, when linkage block 6a is driven, the first movable part 6b and the second movable part 6c of his side can to linkage post 4d into
Row squeeze expansion because two linkage post 4d be can with the movement of horizontal, that is, can be opposite between them movement,
Spacing can change, and ensure that left side leading arm 4a1 and right side leading arm 4b1 can be very good to be moved in this way,
Left side grip block 4a3 and right side grip block 4b3 has been made to can be very good to be clamped.
The first movable part 6b and the second movable part 6c includes that several are arranged along linkage block 6a width directions interval
Hinge bar 6c1, the both sides of linkage block 6a are respectively equipped with the first hinge recess 6a2, and one end of all hinge bar 6c1 is hingedly set
It sets in the first hinge recess 6a2, the side of left side leading arm 4a1 and right side leading arm 4b1 towards linkage block 6a are equipped with
The other end of all hinge bar 6c1 of two hinge recess 4d1, the first movable part 6b is hingedly arranged left side leading arm 4a1's
In second hinge recess 4d1, the other end of all hinge bar 6c1 of the second movable part 6c is hingedly arranged in right side leading arm
In the second hinge recess 4d1 of 4b1, when linkage block 6a, which is driven, to be vertically lowered, one end of hinge bar 6c1 can be divided at this time
It is not revolved in the second hinge recess 4d1 of the linkage post 4d of the linkage post 4d of left side leading arm 4a1 and right side leading arm 4b1
Turning, the other end of hinge bar 6c1 can then rotate in the first hinge recess 6a2, because hinge bar 6c1 is rotated,
Just without the horizontal conflict power of hinge bar 6c1 between so two linkage post 4d, then will start to translate in opposite directions, purpose allows
Spacing each other reduces so that left side grip block 4a3 and right side grip block 4b3 can be very good to be clamped.
What the side of all linkage post 4d can move horizontally connect with mounting plate 3, linkage block 6a direction installations
The side of plate 3 and mounting plate 3 can vertical shift connect, when linkage block 6a is driven, linkage block 6a is towards peace at this time
The two sides of the one side of loading board 3 are with 3 mobile connection of mounting plate, and the part between two sides is only corresponding transmission straight slot 3b
, then when linkage block 6a is driven, the route of guiding is just had, and the side of linkage post 4d is and mounting plate 3
Horizontal mobile connection, so can be very good to be moved towards between two linkage post 4d, purpose change between
Away from achieving the purpose that clamping.
Shown in referring to figure 6 and figure 7, the lifting assembly 5a includes lifting motor 5a1, synchronous belt 5a2 and driving section,
In transmission straight slot 3b, driving section includes several along the spaced drive link of linkage block 6a width directions for driving section setting
One end of 5a3 and transmission gear 5a4, drive link 5a3 and the side of transmission straight slot 3b are hinged, and the other end passes through transmission straight slot 3b's
The other side extends to the outside of mounting plate 3, close to the other end and lifting motor 5a1 of the drive link 5a3 of the bottoms transmission straight slot 3b
Output axis connection, the bottom of lifting motor 5a1 is equipped with supporting rack 5b, and supporting rack 5b is connect with the side of mounting plate 3, driving cog
Wheel 5a4 settings are in transmission straight slot 3b and are set on drive link 5a3, and drive link 5a3 is located at an end cap in 3 outside of mounting plate
Equipped with belt pulley 5a5, all belt pulley 5a5 are by synchronous belt 5a2 transmission cooperations, and linkage block 6a is towards transmission straight slot 3b's
Side is equipped with the rack 6a1 being meshed with transmission gear 5a4, and when lifting motor 5a1 is worked, he can drive output shaft
The dynamic drive link 5a3 rotations being correspondingly connected with so that corresponding belt pulley 5a5 is rotated, mistakes of this belt pulley 5a5 in rotation
Cheng Zhonghui drives all belt pulley 5a5 to be rotated by synchronous belt 5a2, then all drive link 5a3 will occur
Rotation, then the transmission gear 5a4 being arranged with it will be rotated, transmission gear 5a4 will be nibbled with rack 6a1 at this time
Transmission being closed, linkage block 6a will be moved so that subsequent first movable part 6b and the second movable part 6c carry out indirect drive,
Purpose allows the spacing between the grip block 4a3 and right side grip block 4b3 of left side to reduce.
Shown in referring to Figure 1 and Figure 3, the bottom of the support platform 1a is equipped with the universal wheel of several rectangular distributions
The top of 1a2, support platform 1a are equipped with portable handle 1a1, and guiding mechanism 2 includes elevating screw 2a and gib block 2a1, lifting
The delivery end of leading screw 2a is connect by gib block 2a1 with mounting plate 3, after the height that brick is piled up reduces, elevating screw at this time
Mounting plate 3 can be risen or declined by 2a so that the device is integrally adapted to the height of brick, portable handle
1a1 can manually to can be very good to move support platform 1a by universal wheel 1a2.
The above descriptions are merely preferred embodiments of the present invention, not makees to the technical scope of the utility model
Go out any restrictions, thus it is any trickle amendment made by the above technical examples according to the technical essence of the present invention, equivalent
Variation and modification, in the range of still falling within the technical solution of the utility model.
Claims (10)
1. one kind removing brick device automatically, it is characterised in that：Including walking mechanism（1）, guiding mechanism（2）With Ban Zhuan mechanisms, walking
Mechanism（1）Including support platform（1a）, support platform（1a）For rectangular parallelepiped structure, guiding mechanism（2）In being vertically arranged in support
Platform（1a）Top, Ban Zhuan mechanisms include mounting plate（3）, hold assembly（4）, driving part（5）And positioning element, mounting plate
（3）With guiding mechanism（2）Delivery end connection, hold assembly（4）Including symmetrically arranged left side clamp assemblies（4a）The right side and
Clamp assemblies（4b）, left side clamp assemblies（4a）With right side clamp assemblies（4b）Mobile setting is able in mounting plate（3）
Both sides, positioning element be arranged in left side clamp assemblies（4a）With right side clamp assemblies（4b）Top, and respectively with left side press from both sides
Hold component（4a）With right side clamp assemblies（4b）Elastic connection, driving part（5）Including lifting assembly（5a）And linkage unit
（6）, lifting assembly（5a）It is arranged in mounting plate（3）Side and and linkage unit（6）It is sequentially connected, linkage unit（6）If
It sets in left side clamp assemblies（4a）With right side clamp assemblies（4b）Between, linkage unit（6）Respectively with left side clamp assemblies（4a）
With right side clamp assemblies（4b）It is sequentially connected.
2. one kind according to claim 1 removes brick device automatically, it is characterised in that：The left side clamp assemblies（4a）Including
Left side leading arm（4a1）, left side adjutage（4a2）With left side grip block（4a3）, left side leading arm（4a1）One end in level
With mounting plate（3）Far from guiding mechanism（2）Side slidable connection, left side adjutage（4a2）With left side leading arm（4a1）'s
The other end at right angles connects.
3. one kind according to claim 2 removes brick device automatically, it is characterised in that：The right side clamp assemblies（4b）Including
Right side leading arm（4b1）, right side adjutage（4b2）With right side grip block（4b3）, right side leading arm（4b1）One end in level
With mounting plate（3）Far from guiding mechanism（2）Side slidable connection, right side adjutage（4b2）With right side leading arm（4b1）'s
The other end at right angles connects, left side grip block（4a3）In adjutage on the left of being vertically arranged in（4a2）Towards right side adjutage
（4b2）Side, right side grip block（4b3）In adjutage on the right side of being vertically arranged in（4b2）Towards left side adjutage（4a2）One
Side.
4. one kind according to claim 3 removes brick device automatically, it is characterised in that：The left side leading arm（4a1）The right side and
Side leading arm（4b1）It is arranged at close to mounting plate（3）Top position, left side grip block（4a3）With right side grip block（4b3）
Mutual corresponding side is equipped with anti-skidding corner angle（4c）.
5. one kind according to claim 4 removes brick device automatically, it is characterised in that：The mounting plate（3）On be arranged with
Two accommodating chambers（3a）, two accommodating chambers（3a）It is arranged at left side leading arm（4a1）With right side leading arm（4b1）It is upper
Side, two accommodating chambers（3a）Corresponding left side leading arm respectively（4a1）With right side leading arm（4b1）Setting, positioning element packet
Include two reset assemblies（7）, two reset assemblies（7）It include restoring board（7a）And resetting spring（7b）, described in two
Resetting spring（7b）It is in be horizontally set on two accommodating chambers respectively（3a）It is interior, two restoring boards（7a）One end respectively with a left side
Side leading arm（4a1）With right side leading arm（4b1）Top connection, the other end respectively with two resetting springs（7b）One end connect
It connects, restoring board（7a）Positioned at accommodating chamber（3a）The setting that interior one end can move is in accommodating chamber（3a）It is interior.
6. one kind according to claim 5 removes brick device automatically, it is characterised in that：The linkage unit（6）Including linkage
Block（6a）, the first movable part（6b）With the second movable part（6c）, left side leading arm（4a1）With right side leading arm（4b1）Bottom
It is respectively equipped with a linkage post extended downwards（4d）, linkage block（6a）It is arranged in two linkage posts（4d）Between, first
Movable part（6b）With the second movable part（6c）One end be separately positioned on linkage block（6a）Both sides, the first movable part（6b）With
Two movable parts（6c）The other end respectively with two linkage posts（4d）Side connection, mounting plate（3）It is equipped with transmission straight slot
（3b）, the transmission straight slot（3b）Corresponding linkage block（6a）Position setting, linkage block（6a）For rectangular configuration.
7. one kind according to claim 6 removes brick device automatically, it is characterised in that：First movable part（6b）With second
Movable part（6c）Including several along linkage block（6a）The spaced hinge bar of width direction（6c1）, linkage block（6a）'s
Both sides are respectively equipped with the first hinge recess（6a2）, all hinge bars（6c1）One end be hingedly arranged in the first hinge recess
（6a2）It is interior, left side leading arm（4a1）With right side leading arm（4b1）Towards linkage block（6a）To be equipped with second hinged recessed for side
Slot（4d1）, the first movable part（6b）All hinge bars（6c1）The other end be hingedly arranged in left side leading arm（4a1）'s
Second hinge recess（4d1）It is interior, the second movable part（6c）All hinge bars（6c1）The other end be hingedly arranged and led on right side
To arm（4b1）The second hinge recess（4d1）It is interior.
8. one kind according to claim 7 removes brick device automatically, it is characterised in that：All linkage posts（4d）Side
Can move horizontally and mounting plate（3）Connection, linkage block（6a）Towards mounting plate（3）Side and mounting plate（3）It can
Vertical shift connects.
9. one kind according to claim 8 removes brick device automatically, it is characterised in that：The lifting assembly（5a）Including lifting
Motor（5a1）, synchronous belt（5a2）And driving section, driving section setting is in transmission straight slot（3b）Interior, driving section includes several edges
Linkage block（6a）The spaced drive link of width direction（5a3）And transmission gear（5a4）, drive link（5a3）One end and biography
Dynamic straight slot（3b）Side it is hinged, the other end passes through transmission straight slot（3b）The other side extend to mounting plate（3）Outside, it is close
It is driven straight slot（3b）The drive link of bottom（5a3）The other end and lifting motor（5a1）Output axis connection, lifting motor
（5a1）Bottom be equipped with supporting rack（5b）, supporting rack（5b）With mounting plate（3）Side connection, transmission gear（5a4）Setting exists
It is driven straight slot（3b）It is interior and be set in drive link（5a3）On, drive link（5a3）Positioned at mounting plate（3）The one end in outside is arranged
There is belt pulley（5a5）, all belt pulleys（5a5）Pass through synchronous belt（5a2）Transmission cooperation, linkage block（6a）It is logical towards transmission
Slot（3b）Side be equipped with and transmission gear（5a4）The rack being meshed（6a1）.
10. one kind according to claim 9 removes brick device automatically, it is characterised in that：The support platform（1a）Bottom
Universal wheel equipped with several rectangular distributions（1a2）, support platform（1a）Top be equipped with portable handle（1a1）, it is oriented to
Mechanism（2）Including elevating screw（2a）And gib block（2a1）, elevating screw（2a）Delivery end pass through gib block（2a1）With peace
Loading board（3）Connection.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721723018.XU CN207827348U (en) | 2017-12-12 | 2017-12-12 | One kind removing brick device automatically |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721723018.XU CN207827348U (en) | 2017-12-12 | 2017-12-12 | One kind removing brick device automatically |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207827348U true CN207827348U (en) | 2018-09-07 |
Family
ID=63385972
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721723018.XU Expired - Fee Related CN207827348U (en) | 2017-12-12 | 2017-12-12 | One kind removing brick device automatically |
Country Status (1)
| Country | Link |
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| CN (1) | CN207827348U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111573121A (en) * | 2020-05-18 | 2020-08-25 | 焦东升 | Safe brick clamping frame for building construction |
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2017
- 2017-12-12 CN CN201721723018.XU patent/CN207827348U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111573121A (en) * | 2020-05-18 | 2020-08-25 | 焦东升 | Safe brick clamping frame for building construction |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180907 Termination date: 20181212 |
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| CF01 | Termination of patent right due to non-payment of annual fee |