CN209504419U - Packaged type semi automatic mold tamping equipment - Google Patents
Packaged type semi automatic mold tamping equipment Download PDFInfo
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- CN209504419U CN209504419U CN201821982164.9U CN201821982164U CN209504419U CN 209504419 U CN209504419 U CN 209504419U CN 201821982164 U CN201821982164 U CN 201821982164U CN 209504419 U CN209504419 U CN 209504419U
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Abstract
The utility model discloses a kind of packaged type semi automatic mold tamping equipments, vibrate bottom surface or so the end of platform inner cavity is separately installed with the first hydraulic lift, it vibrates and support plate is installed in platform inner cavity, support plate upper surface or so end is equipped with first motor, mould clamping head and two-way lead screw are installed between the first motor of left and right, platform bottom surface of vibrating is fixed with trundle, trundle is in rolling contact with gearshift, gearshift is fixed on pedestal, the upper surface four corners of pedestal are equipped with support column, second hydraulic lift of chassis interior installation exposes in base groove from base lower surface stretching, movable castor is installed on the bottom of the second hydraulic lift, the control box being mounted on the base controls power switch by control button, the lifting of movable castor, amplitude is adjusted in the movement of mould clamping head and support plate and gearshift shift.Amplitude that the utility model is small in size, can move freely, semi-automatic clamp or release mold and switching are vibrated, time saving and energy saving, vibration efficiency is high.
Description
Technical field
The utility model relates to equipment technical fields of vibrating, and in particular to a kind of packaged type semi automatic mold vibrates dress
It sets.
Background technique
The tamping equipment type of use for laboratory mold is limited at present, and is fixed on concrete bed mostly, is unable to satisfy
The mobile demand used.In addition, existing platform fixing mould of vibrating is in the form of a single, it is unable to satisfy the stabilization to sizes mold
The demand for amplitudes of vibrating different with multiple material of vibrating, therefore, existing tamping equipment is unable to satisfy laboratory requirement.In the market
The tamping equipment more options pervibration of removable or applicable more sized molds is suitable for Large Construction, and faces small-sized reality
It tests room and is unable to reach the demand of vibrating with mold.
Utility model content
Technical problem to be solved in the utility model is in view of the above shortcomings of the prior art, to provide a kind of suitable for more
The small mould of size can meet the experiment needs for needing difference to vibrate amplitude, and the packaged type that can move freely half is certainly
Moving mold tamping equipment.
To realize the above-mentioned technical purpose, a kind of technical solution that the utility model is taken are as follows: packaged type semi automatic mold
Tamping equipment, including the platform that vibrates offer square cavities inside the platform that vibrates, two pieces of identical supports are equipped in square cavities
Plate, upper surface of support plate or so end are separately installed with first motor, are fixedly connected with two-way lead screw between two first motors,
Two-way lead screw is separately installed with mould clamping head close to the both ends of first motor, and platform upper surface of vibrating offers two and is parallel to each other
Clamp opening, mould clamping head pass through clamp opening and stretch out platform upper surface of vibrating, and are equipped with pressure on the upper inner face of mould clamping head
Power inductor, square cavities lower surface for the platform that vibrates or so end are separately installed with the first hydraulic lift, the first hydraulic lifting
Device upper end and support plate connect, and trundle is connected in the middle part of the lower surface for the platform that vibrates, and trundle and gearshift roll
Contact, gearshift are fixed on pedestal, and the upper surface four corners of pedestal are equipped with support column, and support column is by upper support column under
Support column composition, upper support column are fixedly connected with platform lower surface of vibrating, upper support column lower end and the lower up and down connection of support column,
Chassis interior is equipped with the second hydraulic lift, and the lower end four corners of pedestal inwardly open up fluted, the second hydraulic lifting dress
The lower part set exposes in groove from base lower surface stretching, and the bottom of the second hydraulic lift is equipped with movable castor, the
One motor, pressure inductor, the first hydraulic lift and the second hydraulic lift are electrically connected with control box respectively, control
Box is mounted on the base, and is controlled and is provided with control button on box, and control box passes through the controllable control box switch of control button, activity
The opposite or counter motion of the mould clamping head of the lifting of castor, the lifting of support plate and support board ends and the shift of gearshift
Adjust amplitude.
To optimize above-mentioned technical proposal, the concrete measure taken further include: the square cavities left and right side of the platform that vibrates
On be convexly equipped with slide rail, the support plate, which can slide up and down to, to be fixed on the slide rail.
The length of clamp opening and the equal length of two-way lead screw, the width of the clamp opening and mould clamping head
Width is equal.
The top of the mould clamping head is right angle bends, and the length of the right angle bends is use for laboratory die bottom plate
The middle part of the width at edge, the mould clamping head is in contact with clamp opening, vertical component effect of the mould clamping head close to knee
Medial surface setting is fluted, and the pressure inductor is installed in the groove, the lateral surface and mold of the pressure inductor
The medial surface of clamp is coplanar, and mold is placed between the left and right mould clamping head for being higher by platform upper surface of vibrating, and pressure inductor is connecing
Power transmission data feedback is given to control box when contacting mold, when power transmission reaches limited load, control box stops driving first motor,
The position of mould clamping head is fixed.
The two-way lead screw includes the reversed threaded post of two sections of screw threads, the both ends of two sections of threaded posts respectively with support plate two
The first motor at end is fixedly connected, be between two sections of threaded posts it is non-threaded, two sections of threaded posts are installed respectively close to first motor end
Mould clamping head, the first motor drive both ends mould clamping head in opposite directions or anti-by driving two-way lead screw to rotate forward or backwards
To mobile and and then clamp or release mold.
The gearshift includes variable diameter roller group, and the variable diameter roller group is equal by multiple width, maximum half is passed through
Gradually become smaller, least radius is all the same and is located at the variable diameter idler wheel of same angle position forms, the variable diameter roller group passes through rotation
Shaft is fixed between rolling wheel support and the second motor, and the rolling wheel support and the second motor are installed on roller guide, described
Roller guide is fixed on base upper surface, and the variable diameter roller group passes through rolling wheel support and the second motor along the track of roller guide
Sliding, so that the variable diameter idler wheel of adjustable different radii is right against immediately below trundle, and by screw by rolling wheel support and the
Two motors are stuck on roller guide, to prevent any sliding.
The width of the trundle is less than the width of the variable diameter idler wheel.
The lower end of the upper support column is provided with one section of cylindrical boss, and the radius of the cylindrical boss is less than upper support
The radius of column, the top of the lower support column are recessed with one section of cylinder shape groove, the cylindrical boss and cylinder shape groove ruler
Very little to match, when the cylindrical boss is fully inserted into cylinder shape groove, the support column is closed completely, the circular cylindrical projection
The height of platform is greater than the maximum radius of variable diameter idler wheel, and the height when support column is closed completely is greater than the most short height of gearshift
Degree to guarantee the normal shift of gearshift, and then realizes that the amplitude of tamping equipment is adjusted.
Display screen is additionally provided on the control box, the display screen can show vibrating time, and the control is pressed
Button includes power switch, castor lifting button, clamps button and the button that vibrates, and the power switch control switch controls box, institute
It states castor lifting button and movable castor stretching motion is driven by control driving the second hydraulic lift movement, it is lower by primary
Button is clamped, the clamping button drives two-way lead screw to rotate in the forward direction and drives both ends mould clamping head phase by control first motor
To movement, and then realize the clamping to mold, after mold cramping, the starting of the first hydraulic lift drives support plate downward
It is mobile, so that mould clamping head is completely fixed mold, in the case where power switch is kept it turning on, second of lower press clamps button,
Clamping button control first hydraulic lift of driving moves up and support plate is pushed to rise, and keeps mould clamping head top de-
Drive two-way lead screw reverse rotation that both ends mould clamping head is driven to move backward from die bottom plate, and by control first motor,
And then realize and mold is unclamped, the button that vibrates drives variable diameter idler wheel to revolve by control the second motor driven rotary shaft rotation
Turn.
The base shell is stainless steel casing, and the setting of the stainless steel casing bottom surface in four rib portions is fluted, described
Inside grooves are filled with rubber, and the inside of the pedestal is filled with concrete, to increase weight.
The utility model has the following beneficial effects: the utility model passes through the second hydraulic lift drive activity of control
Castor decline saves manpower, convenient for being operated and being cleared up in different places, it can be achieved that mold tamping equipment moves freely；
By the first driving hydraulic lift of control and first motor driven mold clamp and support plate movement, mould may tighten or loosen
Tool, pressure inductor further ensures that mold is clamped, prevents mold from shaking from the platform that vibrates and fall, to guarantee effect of vibrating；It is logical
It crosses manual shifting roller bracket and the variable diameter idler wheel of different radii can be switched in the second motor, amplitude switching of vibrating is realized, to subtract
Vibrate number less；This packaged type semi automatic mold tamping equipment be suitable for sizes small mould, it is small in size and can from
By moving, semi-automation is vibrated operation, and the human error of many operations can be reduced, time saving and energy saving, can greatly improve effect of vibrating
Rate.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is the clamping device structural schematic diagram of Fig. 1；
Fig. 3 is the gearshift structural schematic diagram of Fig. 1；
Fig. 4 is the control box structure schematic diagram of Fig. 1.
Appended drawing reference therein are as follows: the platform 1 that vibrates, support plate 2, first motor 3, two-way lead screw 4, mould clamping head 5, clamp are opened
Mouth 6, pressure inductor 7, the first hydraulic lift 8, trundle 9, gearshift 10, pedestal 11, support column 12, upper support column
12-1, lower support column 12-2, the second hydraulic lift 13, movable castor 14, control box 15, slide rail 16, variable diameter idler wheel
Group 17, rotary shaft 18, rolling wheel support 19, the second motor 20, roller guide 21, display screen 22, power switch 23, castor lifting
Button 24, clamping button 25, vibrate button 26.
Specific embodiment
The embodiments of the present invention are described in further detail below in conjunction with attached drawing.
A kind of packaged type semi automatic mold tamping equipment, including the platform 1 that vibrates offer square cavities inside the platform 1 that vibrates,
Two pieces of identical support plates 2 are installed in square cavities, upper surface of support plate 2 or so, which is held, is separately installed with first motor 3, and two
Two-way lead screw 4 is fixedly connected between platform first motor 3, two-way lead screw 4 is separately installed with mold close to the both ends of first motor 3
Clamp 5,1 upper surface of platform of vibrating offer two clamp being parallel to each other openings 6, and mould clamping head 5 passes through clamp opening 6 and stretches out vibration
1 upper surface of platform is smash, pressure inductor 7 is installed on the upper inner face of mould clamping head 5, the square cavities lower surface for the platform 1 that vibrates
Left and right end is separately installed with the first hydraulic lift 8, and 8 upper end of the first hydraulic lift and support plate 2 are connected, vibrated
It is connected with trundle 9 in the middle part of the lower surface of platform 1, trundle 9 is in rolling contact with gearshift 10, and gearshift 10 is fixed on pedestal
On 11, the upper surface four corners of pedestal 11 are equipped with support column 12, and support column 12 is by upper support column 12-1 and lower support column 12-2
Composition, upper support column 12-1 are fixedly connected with 1 lower surface of platform of vibrating, and the lower end upper support column 12-1 and lower support column 12-2 or more are living
Dynamic connection, is equipped with the second hydraulic lift 13 inside pedestal 11, the lower end four corners of pedestal 11 inwardly open up it is fluted, the
The lower part of two hydraulic lifts 13 is stretched out from 11 lower surface of pedestal to be exposed in groove, the bottom of the second hydraulic lift 13
Portion is equipped with movable castor 14, first motor 3, pressure inductor 7, the first hydraulic lift 8 and the second hydraulic lift
13 are electrically connected with control box 15 respectively, and control box 15 is installed on pedestal 11, control and are provided with control button on box 15, control
Box 15 processed passes through the controllable control switch of box 15 of control button, the lifting of movable castor 14, the lifting of support plate 2 and support plate 2
The opposite or counter motion of the mould clamping head 5 at both ends and the shift tune amplitude of gearshift 10.
In embodiment, slide rail 16 is convexly equipped on the square cavities left and right side for the platform 1 that vibrates, support plate 2 can go up downslide
It is fixed on slide rail 16 dynamicly.
In embodiment, the length of clamp opening 6 and the equal length of two-way lead screw 4, the width and mold card of clamp opening 6
First 5 width is equal.
In embodiment, the top of mould clamping head 5 is right angle bends, and the length of right angle bends is use for laboratory mold bottom
The middle part of the width of edges of boards edge, mould clamping head 5 is in contact with clamp opening 6, and mould clamping head 5 is on the inside of the vertical component effect in knee
Face setting is fluted, and pressure inductor 7 is installed in groove, the lateral surface of pressure inductor 7 and the medial surface of mould clamping head 5
Coplanar, mold is placed between the left and right mould clamping head 5 for being higher by 1 upper surface of platform of vibrating, and pressure inductor 7 is when touching mold
Give power transmission data feedback to control box 15, when power transmission reaches limited load, control box 15 stops driving first motor 3, mold
The position of clamp 5 is fixed.
In embodiment, two-way lead screw 4 includes the reversed threaded post of two sections of screw threads, the both ends of two sections of threaded posts respectively with support
The first motor 3 at 2 both ends of plate is fixedly connected, be between two sections of threaded posts it is non-threaded, two sections of threaded posts are close to 3 end of first motor point
Other installation mold clamp 5, first motor 3 drive 5 phase of both ends mould clamping head by driving two-way lead screw 4 to rotate forward or backwards
To or reverse movement and and then clamp or release mold.
In embodiment, gearshift 10 includes variable diameter roller group 17, and variable diameter roller group 17 is equal by multiple width, maximum half
Gradually become smaller, least radius is all the same and is located at the variable diameter idler wheel of same angle position forms, variable diameter roller group 17 passes through rotation
Shaft 18 is fixed between rolling wheel support 19 and the second motor 20, and rolling wheel support 19 and the second motor 20 are installed on roller guide
On 21, roller guide 21 is fixed on 11 upper surface of pedestal, and variable diameter roller group 17 is by rolling wheel support 19 and the second motor 20 along rolling
The track of column guide rail 21 slides, so that the variable diameter idler wheel of adjustable different radii is right against immediately below trundle 9, and passes through screw
Rolling wheel support 19 and the second motor 20 is stuck on roller guide 21, to prevent any sliding.
In embodiment, the width of trundle 9 is less than the width of variable diameter idler wheel.
In embodiment, the lower end of upper support column 12-1 is provided with one section of cylindrical boss, and the radius of cylindrical boss is less than
The radius of upper support column 12-1, the top of lower support column 12-2 are recessed with one section of cylinder shape groove, cylindrical boss and cylinder
Groove size matches, and when cylindrical boss is fully inserted into cylinder shape groove, support column 12 is closed completely, cylindrical boss
Height is greater than the maximum radius of variable diameter idler wheel, and height when support column 12 is closed completely is greater than the most short height of gearshift 10,
To guarantee the normal shift of gearshift 10, and then realize that the amplitude of tamping equipment is adjusted.
In embodiment, controls and be additionally provided with display screen 22 on box 15, display screen 22 can show vibrating time, control button packet
It includes power switch 23, castor lifting button 24, clamp button 25 and the button 26 that vibrates, 23 control switch of power switch controls box
15, castor lifting button 24 drives 14 stretching motion of movable castor by control driving the second hydraulic lift 13 movement,
Lower to press primary clamping button 25, clamping button 25 drives two-way lead screw 4 to rotate in the forward direction and drives both ends by control first motor 3
Mould clamping head 5 moves towards, and then realizes the clamping to mold, after mold cramping, the starting of the first hydraulic lift 8, and band
Dynamic support plate 2 moves down, and mould clamping head 5 is made to be completely fixed mold, in the case where power switch 23 is kept it turning on, the
Secondary lower press clamps button 25, clamps control the first hydraulic lift 8 of driving of button 25 and moves up and push in support plate 2
It rises, makes 5 top break away from moulds bottom plate of mould clamping head, and drive two-way lead screw 4 to reversely rotate band by controlling first motor 3
Dynamic both ends mould clamping head 5 moves backward, and then realizes and unclamp to mold, and the button 26 that vibrates passes through control the second motor 20 driving rotation
Shaft 18 rotates and variable diameter idler wheel is driven to rotate.
In embodiment, 11 shell of pedestal is stainless steel casing, and the setting of the stainless steel casing bottom surface in four rib portions is fluted,
Inside grooves are filled with rubber, and the inside of pedestal 11 is filled with concrete, to increase weight.
Using this packaged type semi automatic mold tamping equipment vibrate mold the step of it is as follows:
Step 1: lower press power switch 23, each driving device starts work, lower to press a castor lifting button 24, control
Box 15 is by driving 13 ascending motion of the second hydraulic lift that the rising of movable castor 14 is driven to be collapsible into 11 lower end four of pedestal
In groove at angle, this packaged type semi automatic mold tamping equipment is supported in ground by the way that pedestal 11 is firm, and mold is placed
Between four mould clamping heads 5 of 1 upper surface of platform of vibrating, make mold two sides bottom plate parallel with mould clamping head 5 as far as possible；
Step 2: the position of rolling wheel support 19 and the second motor 20 on roller guide 21 is manually adjusted, according to mold
The variable diameter idler wheel of relevant radii in variable diameter roller group 17 is corresponded to 9 lower section of trundle vertically, passes through roller by amplitude of vibrating needs
Fixed screw on guide rail 21 fixes rolling wheel support 19 and the second motor 20；
Step 3: lower press primary clamping button 25, control box 15 drives two-way lead screw 4 positive by controlling first motor 3
It rotates and both ends mould clamping head 5 is driven to move towards, and then realize the clamping to mold, the feeling of stress of 5 medial surface of mould clamping head
Device 7 is answered to give power transmission data feedback to control box 15 after touching mold, when power transmission reaches limited load, control box 15 stops
First motor 3 is driven, 5 position of mould clamping head is fixed, and after mold cramping, the starting of the first hydraulic lift 8 drives support plate 2
It is moved down along slide rail 16, mould clamping head 5 is made to be completely fixed mold；
The button 26 that vibrates is pressed under Step 4:, control box 15 drives rotary shaft 18 to rotate band by the second motor 20 of control
Dynamic variable diameter idler wheel rotation rotation, the variable diameter idler wheel of relevant radii start to contact with trundle 9 and the platform 1 that vibrates are pushed to move up, become
Diameter idler wheel continues the landing suddenly of platform 1 of vibrating when rotating and bypassing its highest radius point, and the cylindrical boss of upper support column 12-1 is pounded
It falls into the cylinder shape groove of lower support column 12-2, repeatedly, cycle period is one second, continues this process of rising and falling to one
Minute, the second motor 20 is automatically stopped, should during again under press the button 26 that vibrates and can suspend process of vibrating, stopping of vibrating
Afterwards, again under press and vibrate button 26 and can continue.
Step 5: second of lower press clamps button 25, control box 15 drives the first hydraulic lift 8 to move up and push away
Dynamic support plate 2 rises along slide rail 16, makes 5 top break away from moulds bottom plate of mould clamping head, then first motor 3 drives two-way silk
Thick stick 4 reversely rotates and both ends mould clamping head 5 is driven to move backward, and realizes and unclamps to mold, to complete use for laboratory mold
It vibrates work.
In embodiment, in the case where keeping power switch 23 to open, second of pressing castor lifting button 24 controls box
15, by driving 13 descending motion of the second hydraulic lift that the decline of movable castor 14 is driven to stretch out the bottom surface of pedestal 11, originally may be used
Mobile semi automatic mold tamping equipment is supported in ground by movable castor 14, and can move freely.
Above are merely preferred embodiments of the utility model, the protection scope of the utility model is not limited merely to above-mentioned
Embodiment, technical solution belonging to the idea of the present invention belong to the protection scope of the utility model.It should be pointed out that pair
For those skilled in the art, several improvements and modifications without departing from the principle of the utility model,
It should be regarded as the protection scope of the utility model.
Claims (10)
1. a kind of packaged type semi automatic mold tamping equipment, including the platform that vibrates (1), which is characterized in that in the platform that vibrates (1)
Portion offers square cavities, and two pieces of identical support plates (2), the upper table of the support plate (2) are equipped in the square cavities
Face or so end is separately installed with first motor (3), is fixedly connected with two-way lead screw (4) between two first motors (3), described double
It is separately installed with mould clamping head (5) to lead screw (4) close to the both ends of first motor (3), described platform that vibrates (1) upper surface opens up
There are two clamp being parallel to each other openings (6), the mould clamping head (5), which passes through clamp opening (6) and stretches out, to be vibrated on platform (1)
Surface is equipped with pressure inductor (7) on the upper inner face of the mould clamping head (5), the square cavities of the platform that vibrates (1)
Lower surface or so end is separately installed with the first hydraulic lift (8), the first hydraulic lift (8) upper end and support plate
(2) it connects, is connected with trundle (9) in the middle part of the lower surface of the platform that vibrates (1), the trundle (9) and gearshift
(10) it is in rolling contact, the gearshift (10) is fixed on pedestal (11), the upper surface four corners installation of the pedestal (11)
Have support column (12), the support column (12) is made of upper support column (12-1) and lower support column (12-2), the upper support column
(12-1) is fixedly connected with the platform that vibrates (1) lower surface, and the upper support column lower end (12-1) is lived up and down with lower support column (12-2)
Dynamic connection, the pedestal (11) is internal to be equipped with the second hydraulic lift (13), the lower end four corners of the pedestal (11)
Inwardly open up it is fluted, the lower part of second hydraulic lift (13) stretched out from pedestal (11) lower surface expose to it is described recessed
In slot, the bottom of second hydraulic lift (13) is equipped with movable castor (14), the first motor (3), feeling of stress
Device (7), the first hydraulic lift (8) and the second hydraulic lift (13) is answered to be electrically connected respectively with control box (15), institute
It states control box (15) to be installed on pedestal (11), control button is provided on the control box (15), control box (15) passes through control
Controllable control box (15) switch of button processed, the lifting of movable castor (14), the lifting of support plate (2) and support plate (2) both ends
Mould clamping head (5) opposite or counter motion and gearshift (10) shift tune amplitude.
2. packaged type semi automatic mold tamping equipment according to claim 1, it is characterised in that: the platform that vibrates (1)
Square cavities left and right side on be convexly equipped with slide rail (16), the support plate (2), which can slide up and down to, is fixed on the cunning
On dynamic guide rail (16).
3. packaged type semi automatic mold tamping equipment according to claim 1, it is characterised in that: the clamp opening
(6) equal length of length and two-way lead screw (4), the width phase of the width and mould clamping head (5) of the clamp opening (6)
Deng.
4. packaged type semi automatic mold tamping equipment according to claim 3, it is characterised in that: the mould clamping head
(5) top is right angle bends, and the length of the right angle bends is the width at use for laboratory die bottom plate edge, the mould
The middle part for having clamp (5) is in contact with clamp opening (6), and vertical component effect medial surface of the mould clamping head (5) close to knee is set
It is equipped with groove, the pressure inductor (7) is installed in the groove, the lateral surface and mold card of the pressure inductor (7)
The medial surface of head (5) is coplanar, and mold is placed between the left and right mould clamping head (5) for being higher by the platform that vibrates (1) upper surface, pressure sensitive
Device (7) gives power transmission data feedback to control box (15) when touching mold, when power transmission reaches limited load, controls box (15)
Stop driving first motor (3), the position of mould clamping head (5) is fixed.
5. packaged type semi automatic mold tamping equipment according to claim 1, it is characterised in that: the two-way lead screw
(4) comprising the reversed threaded post of two sections of screw threads, the both ends of the two sections of threaded posts first motor (3) with support plate (2) both ends respectively
Be fixedly connected, be between two sections of threaded posts it is non-threaded, two sections of threaded posts close to first motor (3) hold respectively installation mold clamp
(5), the first motor (3) drives both ends mould clamping head (5) opposite by driving two-way lead screw (4) to rotate forward or backwards
Or reverse movement and and then clamp or release mold.
6. packaged type semi automatic mold tamping equipment according to claim 1, it is characterised in that: the gearshift
It (10) include variable diameter roller group (17), the variable diameter roller group (17) is equal by multiple width, maximum half is gradually become smaller, most
Minor radius is all the same and is located at the variable diameter idler wheel of same angle position composition, and the variable diameter roller group (17) passes through rotary shaft (18)
It is fixed between rolling wheel support (19) and the second motor (20), the rolling wheel support (19) and the second motor (20) are installed on roller
On guide rail (21), the roller guide (21) is fixed on pedestal (11) upper surface, and the variable diameter roller group (17) passes through idler wheel branch
Frame (19) and the second motor (20) are slided along the track of roller guide (21), thus the variable diameter idler wheel face of adjustable different radii
Immediately below the trundle (9), and it is by screw that rolling wheel support (19) and the second motor (20) is stuck on roller guide (21),
To prevent any sliding.
7. packaged type semi automatic mold tamping equipment according to claim 6, it is characterised in that: the trundle
(9) width is less than the width of the variable diameter idler wheel.
8. packaged type semi automatic mold tamping equipment according to claim 1, it is characterised in that: the upper support column
The lower end of (12-1) is provided with one section of cylindrical boss, and the radius of the cylindrical boss is less than the half of upper support column (12-1)
Diameter, the top of the lower support column (12-2) are recessed with one section of cylinder shape groove, the cylindrical boss and cylinder shape groove ruler
Very little to match, when the cylindrical boss is fully inserted into cylinder shape groove, the support column (12) is closed completely, the cylinder
The height of shape boss is greater than the maximum radius of variable diameter idler wheel, and the height when support column (12) is closed completely is greater than gearshift
(10) most short height to guarantee the normal shift of gearshift (10), and then realizes that the amplitude of tamping equipment is adjusted.
9. packaged type semi automatic mold tamping equipment according to claim 1, it is characterised in that: the control box
(15) it is additionally provided on display screen (22), the display screen (22) can show vibrating time, and the control button includes electricity
Source switch (23), castor lifting button (24) clamp button (25) and the button that vibrates (26), and power switch (23) control is opened
Control box (15) is closed, the castor lifting button (24) is driven by control driving the second hydraulic lift (13) movement and lived
Dynamic castor (14) stretching motion, lower to press primary clamping button (25), the clamping button (25) is driven by control first motor (3)
It moves two-way lead screw (4) to rotate in the forward direction and both ends mould clamping head (5) is driven to move towards, and then realizes the clamping to mold, in mould
After tool clamps, the first hydraulic lift (8) starting drives support plate (2) to move down, is completely fixed mould clamping head (5)
Firmly mold, in the case where power switch (23) is kept it turning on, second of lower press clamps button (25), the clamping button (25)
Control driving the first hydraulic lift (8) moves up and support plate (2) is pushed to rise, and is detached from mould clamping head (5) top
Die bottom plate, and drive two-way lead screw (4) to reversely rotate by control first motor (3) and drive both ends mould clamping head (5) anti-
It to movement, and then realizes and mold is unclamped, the button that vibrates (26) passes through control the second motor (20) driving rotary shaft (18)
It rotates and variable diameter idler wheel is driven to rotate.
10. packaged type semi automatic mold tamping equipment according to claim 1, it is characterised in that: the pedestal
(11) shell is stainless steel casing, and the setting of the stainless steel casing bottom surface in four rib portions is fluted, and the inside grooves are filled with
The inside of rubber, the pedestal (11) is filled with concrete, to increase weight.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821982164.9U CN209504419U (en) | 2018-11-29 | 2018-11-29 | Packaged type semi automatic mold tamping equipment |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821982164.9U CN209504419U (en) | 2018-11-29 | 2018-11-29 | Packaged type semi automatic mold tamping equipment |
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| CN209504419U true CN209504419U (en) | 2019-10-18 |
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| CN201821982164.9U Active CN209504419U (en) | 2018-11-29 | 2018-11-29 | Packaged type semi automatic mold tamping equipment |
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| CN112476712A (en) * | 2020-11-11 | 2021-03-12 | 楼路洁 | Concrete vibrator for construction and use method thereof |
| CN113373765A (en) * | 2021-07-27 | 2021-09-10 | 韩四红 | Road and bridge is vibrating device for engineering |
| CN115030164A (en) * | 2022-06-13 | 2022-09-09 | 中交二公局第七工程有限公司 | Rapid building equipment and process for house construction project |
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2018
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| CN111496975A (en) * | 2020-04-20 | 2020-08-07 | 重庆普菲可特科技有限公司 | Wallboard forming process |
| CN112476712A (en) * | 2020-11-11 | 2021-03-12 | 楼路洁 | Concrete vibrator for construction and use method thereof |
| CN112428388A (en) * | 2020-11-24 | 2021-03-02 | 郭卫 | Automatic vibrating equipment for concrete in building angle plate combined die |
| CN113373765A (en) * | 2021-07-27 | 2021-09-10 | 韩四红 | Road and bridge is vibrating device for engineering |
| CN115030164A (en) * | 2022-06-13 | 2022-09-09 | 中交二公局第七工程有限公司 | Rapid building equipment and process for house construction project |
| CN115030164B (en) * | 2022-06-13 | 2024-04-16 | 中交二公局第七工程有限公司 | Rapid building equipment and process for building engineering |
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