CN108821793A - A kind of assembled architecture component cast-in-situ concrete linear node frequency electromagnetic waves curing means - Google Patents
A kind of assembled architecture component cast-in-situ concrete linear node frequency electromagnetic waves curing means Download PDFInfo
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- CN108821793A CN108821793A CN201810573655.6A CN201810573655A CN108821793A CN 108821793 A CN108821793 A CN 108821793A CN 201810573655 A CN201810573655 A CN 201810573655A CN 108821793 A CN108821793 A CN 108821793A
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- cover board
- electromagnetic wave
- electromagnetic waves
- pedestal
- assembled architecture
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- C—CHEMISTRY; METALLURGY
- C04—CEMENTS; CONCRETE; ARTIFICIAL STONE; CERAMICS; REFRACTORIES
- C04B—LIME, MAGNESIA; SLAG; CEMENTS; COMPOSITIONS THEREOF, e.g. MORTARS, CONCRETE OR LIKE BUILDING MATERIALS; ARTIFICIAL STONE; CERAMICS; REFRACTORIES; TREATMENT OF NATURAL STONE
- C04B40/00—Processes, in general, for influencing or modifying the properties of mortars, concrete or artificial stone compositions, e.g. their setting or hardening ability
- C04B40/02—Selection of the hardening environment
- C04B40/0204—Selection of the hardening environment making use of electric or wave energy or particle radiation
- C04B40/0213—Electromagnetic waves
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- Chemical & Material Sciences (AREA)
- Engineering & Computer Science (AREA)
- Ceramic Engineering (AREA)
- Physics & Mathematics (AREA)
- Electromagnetism (AREA)
- Health & Medical Sciences (AREA)
- Toxicology (AREA)
- Materials Engineering (AREA)
- Structural Engineering (AREA)
- Organic Chemistry (AREA)
- Curing Cements, Concrete, And Artificial Stone (AREA)
Abstract
A kind of assembled architecture component cast-in-situ concrete linear node frequency electromagnetic waves curing means, belong to Architectural Equipment technical field, crust of the device connect to form closed space with cover board, pedestal is equipped in crust of the device, pedestal is equipped with lead screw, lead screw and pedestal are equipped with platform base, platform base is equipped with electromagnetic wave generator and mobile inner casing, electromagnetic wave launch port and electromagnetic wave divergent cover are equipped at the inside center of mobile inner casing, the upper and lower side of mobile inner casing opening is equipped with fixed bulb, crust of the device upper and lower side is equipped with connecting key, electromagnetic wave curing means is connected by mounting hole uniformly distributed on connecting key with the pre embedded bolt in component, Electromgnetically-transparent is crossed cover board and is acted on cast-in-place node.Structure of the invention is novel, conserves clear principle, and compared with traditional maintenance process, climate condition does not influence apparatus of the present invention, can shorten curing time, save building cost, while also contributing to concrete performance.
Description
Technical field
The invention belongs to Architectural Equipment technical fields, are related to a kind of concrete curing device, particularly relate to one kind
Applied to assembled architecture component cast-in-situ concrete linear node frequency electromagnetic waves curing means.
Background technique
Assembled architecture refers to the component of prefabrication building made of assemble in site.The advantages of this building is to build
It is fast to make speed, building waste is few, while climate conditionality is small, saves labour.All components of assembled architecture are all
It completes in factory or half completes, be then connected to become entirety by materials such as concrete or polymer mortars at the scene.Cause
This, the shaping speed and quality of pouring concrete or mortar after concrete assembled building element connecting node build assembled
Build up lose it is particularly critical.Two kinds of the most commonly used maintenance processes are exactly natural curing and steam curing.Natural curing climate item
Part restricts, while concrete performance development is slower, influences construction speed, and on-site steam maintenance of equipment is huge, inefficient.Have
In consideration of it, how to improve the curing condition for improving component node concrete or mortar, guarantee node shaping speed and quality, improves
The technical issues of efficiency is those skilled in the art's urgent need to resolve.
Summary of the invention
The purpose of the present invention is being directed to the deficiency and defect of existing maintenance process, a kind of assembled architecture component cast-in-situ is proposed
Concrete linear node frequency electromagnetic waves curing means can provide that a kind of heating rate is fast and temperature inside irradiated region by the device
The uniform component node concrete curing environment in field is spent, the frequency electromagnetic waves generated in device are through cover board stepless action in need to support
Concrete is protected, under frequency electromagnetic waves effect, the polar molecule in concrete generates high-frequency vibration, in addition the phase between adjacent molecule
Interaction can be such that the temperature of concrete rises, and then accelerate hydration reaction, achieve the purpose that maintenance, the curing means not climate
Condition influences, and can shorten curing time, saves building cost, helps to improve concrete performance.
Technical solution of the present invention：A kind of assembled architecture component cast-in-situ concrete linear node frequency electromagnetic waves maintenance dress
It sets, including crust of the device and cover board, crust of the device connect to form closed space with cover board；It is characterized in that：Outside described device
The side of shell inner wall is fixed with pedestal, and the pedestal is equipped with the lead screw rotated by motor control, on the lead screw and pedestal
It is connected with the platform base relative to lead screw and pedestal linear reciprocating motion, is connected with electromagnetic wave generator on the platform base
With mobile inner casing, the two sides of the mobile inner casing are equipped with air vent, are equipped with electromagnetic wave at the inside center of the mobile inner casing
Emission port, the electromagnetic wave launch port outside are equipped with electromagnetic wave divergent cover, and the upper and lower side of the mobile inner casing opening is equipped with solid
To determine bulb, is equipped between two fixed bulbs and rolls vertical pivot, the medial surface formation for rolling vertical pivot and the cover board is in rolling contact,
The lateral surface of the cover board is equipped with interlaced aplysia punctata little groove, and the top of described device outer casing inner wall is equipped with controller
With power supply and water receiver, the water receiver is connected with aqueduct, and the apopore and aqueduct and aplysia punctata little groove are distinguished
Connection communicates, and the same plane of described device shell upper and lower side is equipped with connecting key, and the electromagnetic wave curing means passes through connection
Uniformly distributed mounting hole is connected with the pre embedded bolt in component on key, and the cover board passes through the installation being uniformly arranged on connecting key
It is formed closely under the common connection function of the steel template of pre embedded bolt and the component other side in hole, component with cast-in-place node
It is fitted and connected, under the action of the electromagnetic wave generator, the excessively described cover board of Electromgnetically-transparent acts on cast-in-place node.
The pedestal section be it is trapezoidal, trapezoidal notch is opened in centre, be provided with the matched notch of pedestal on platform base, platform base with
Pedestal matching connection, the uniform embedding cloth steel ball of notch inner surface.
The connecting key and cover board are in same plane, and ribbed stiffener is equipped between connecting key and crust of the device.
Parabolically, interior surface is smooth in the section of the mobile inner casing, and parabola opening upper and lower ends are equipped with card
Pawl, claw are buckled in the U-type groove of crust of the device upper and lower side, uniform embedding cloth ball on claw.
The cover board and crust of the device are fitting to connection, and cover board is made by plastic cement, for frequency electromagnetic waves transmission.
The electromagnetic wave divergent cover is made of steel, the husk that electromagnetic wave divergent cover is composed of rotary table and hemisphere,
Scattering hole is laid on electromagnetic wave divergent cover.
The Temperature Humidity Sensor is mounted in the outer surface of cover board, and the conducting wire of Temperature Humidity Sensor is placed in inside cover board.
The anti-arc of letting out of the electromagnetic wave is that crust of the device is arranged in close to the arc groove of component side, and anti-let out in arc of electromagnetism is filled out
Fill iron wire cotton.
Wire netting is covered on the air vent.
The rolling vertical pivot is elongated cylinder, and upper and lower side is connect with fixation bulb, rolls cylindrical surface and the cover board of vertical pivot
Medial surface fitting contact.
Beneficial effects of the present invention are：A kind of assembled architecture component cast-in-situ concrete linear node proposed by the present invention is high
Frequency electromagnetic waves curing means, structure novel are fitted closely by the device with concrete, and the frequency electromagnetic waves generated in device are saturating
Cover board stepless action is crossed in needing curing concrete, under frequency electromagnetic waves effect, the polar molecule in concrete generates high frequency vibrating
It is dynamic, in addition the interaction between adjacent molecule can be such that the temperature of concrete rises, and then accelerate hydration reaction, reach the mesh of maintenance
, clear principle is conserved, compared with traditional maintenance process, climate condition does not influence apparatus of the present invention, can shorten maintenance
Time saves building cost, while also contributing to concrete performance.
Detailed description of the invention
Fig. 1 is apparatus of the present invention positive structure diagram.
Fig. 2 is the schematic cross-sectional view in the direction A-A in Fig. 1.
Fig. 3 is the schematic cross-sectional view in the direction B-B in Fig. 2.
Fig. 4 is the structural schematic diagram of electromagnetic wave divergent cover in apparatus of the present invention.
Fig. 5 is apparatus of the present invention using state structure diagram.
Fig. 6 is the enlarged structure schematic diagram in Fig. 2 at C.
Fig. 7 is the enlarged structure schematic diagram in Fig. 2 at D.
In figure：Crust of the device 1, platform base 2, controller and power supply 3, water receiver 4, electromagnetic wave generator 5, electromagnetic wave are prevented letting out
Arc 6, air vent 7, cover board 8, roll vertical pivot 9, mobile inner casing 10, electromagnetic wave divergent cover 11, lead screw 12, pedestal 13, mounting hole 14,
Ribs 15, connecting key 16, apopore 17, Temperature Humidity Sensor 18, with moving electric wire 19, motor 20, node upper member 21, pre-buried
Screw rod 22, steel template 23, cast-in-place node 24, node lower member 25, scattering hole 26, fixed bulb 27, ball 28, aqueduct
29。
Specific embodiment
The present invention will be further explained below with reference to the attached drawings：
As shown in figs. 1-7, a kind of assembled architecture component cast-in-situ concrete linear node frequency electromagnetic waves curing means, including dress
Shell 1 and cover board 8 are set, crust of the device 1 connect to form closed space with cover board 8, and the side of 1 inner wall of crust of the device is fixed with
Pedestal 13, pedestal 13 are equipped with the lead screw 12 rotated by the control of motor 20, are connected on lead screw 12 and pedestal 13 relative to silk
The platform base 2 of 13 linear reciprocating motion of thick stick 12 and pedestal is connected with electromagnetic wave generator 5 and mobile inner casing 10 on platform base 2,
The two sides of mobile inner casing 10 are equipped with air vent 7, and electromagnetic wave launch port, electromagnetic wave hair are equipped at the inside center of mobile inner casing 10
Electromagnetic wave divergent cover 11 is equipped with outside loophole, the upper and lower side of mobile 10 opening of inner casing is equipped with fixed bulb 27, two fixed bulbs
It is equipped between 27 and rolls vertical pivot 9, rolled vertical pivot 9 and contacted with the formation rotation of the medial surface of cover board 8, the lateral surface of cover board 8 is equipped with
The top of interlaced aplysia punctata little groove, 1 inner wall of crust of the device is equipped with controller and power supply 3 and water receiver 4, water receiver 4
It is connected with aqueduct 29, apopore 17 is separately connected and communicates with aqueduct 29 and aplysia punctata little groove, 1 upper and lower side of crust of the device
Same plane be equipped with connecting key 16, electromagnetic wave curing means passes through in mounting hole 14 and component uniformly distributed on connecting key 16
Pre embedded bolt 22 is connected, mounting hole 14 of the cover board 8 by being uniformly arranged on connecting key 16, the pre embedded bolt 22 in component and
It fits closely and connect with the formation of cast-in-place node 24 under the common connection function of the steel template 23 of the component other side, sent out in electromagnetic wave
Under the action of raw device 5, Electromgnetically-transparent is crossed cover board 8 and is acted on cast-in-place node 24.
As shown in figs. 1-7, a kind of assembled architecture component cast-in-situ concrete linear node frequency electromagnetic waves curing means, base
Seat 13 sections be it is trapezoidal, trapezoidal notch is opened in centre, and the matched notch of pedestal is provided on platform base 2, and platform base 2 is matched with pedestal 13
Connection, the uniform embedding cloth steel ball of notch inner surface；Connecting key 16 and cover board 8 be in same plane, connecting key 16 with outside device
Ribbed stiffener 15 is equipped between shell 1；Parabolically, interior surface is smooth, above and below parabola opening in the section of mobile inner casing 10
Both ends are equipped with claw, and claw is buckled in the U-type groove of crust of the device upper and lower side, uniform embedding cloth ball on claw；Cover board 8 and device
Shell 1 is fitting to connection, and cover board 8 is made by plastic cement, for frequency electromagnetic waves transmission；Electromagnetic wave divergent cover 11 is by steel system
At the husk that, electromagnetic wave divergent cover 11 is composed of rotary table and hemisphere, scattering hole is laid on electromagnetic wave divergent cover 11
26；Temperature Humidity Sensor 18 is mounted in the outer surface of cover board, and the conducting wire of Temperature Humidity Sensor 18 is placed in inside cover board；Electromagnetic wave is anti-
Letting out arc 6 is that crust of the device 1 is arranged in close to the arc groove of component side, and electromagnetism anti-let out fills iron wire cotton in arc 6；Air vent 7
On be covered with wire netting；Rolling vertical pivot 9 is elongated cylinder, and upper and lower side connect with fixed bulb 27, the cylindrical surface of rolling vertical pivot 9 and
The medial surface of cover board 8 is bonded contact.
As shown in figs. 1-7, a kind of assembled architecture component cast-in-situ concrete linear node frequency electromagnetic waves curing means
Working principle is as follows：Crust of the device 1 connect to form enclosure space with cover board 8, avoids construction site fugitive dust and enters inside device
Failure is caused, and connecting key 16 is arranged in the upper and lower side of shell 1, the pedestal 13 is connected with shell 1 by bolt, 13 section of pedestal
To be trapezoidal, trapezoidal notch is opened in centre, saves material, and the platform base 2 matches connection with pedestal 13, can be linear reciprocal along pedestal 13
Movement, platform base 2 open trapezoidal notch on one side, the uniform embedding cloth ball of notch surface, separated by a distance between ball and ball, prevent
Friction between only, while being convenient for linear reciprocal movement of the platform base 2 on pedestal 13, mobile 10 shape of inner casing is
Resulting shelly-shaped body is symmetrically cut at parabolic body both ends, is made for the steel of some strength, inner surface is smooth, with platform base
2 are connected, and the embedding cloth steel ball 28 of upper and lower side is connected with shell buckle-type, and the left and right sides is by rolling in vertical pivot 9 and cover board 8
Surface, which is fitted closely, to be realized with this and can also linearly move simultaneously in mobile inner casing 10 with crust of the device 1, the close-connected of cover board 8
Dynamic, rolling vertical pivot 9 is elongated cylinder, and the steel of some strength are made, and upper and lower side passes through fixed steel ball 27 and mobile inner casing
10 is hinged, and horizontal direction, which rolls a reserved fixed gap between the cylindrical surface of vertical pivot 9 and mobile inner casing, prevents pivoting friction, with cover board 8
Directly contact；Electromagnetic wave divergent cover 11 is mounted on mobile 10 focal point of inner casing, and it is shelly-shaped to be that round table surface is composed with hemisphere face
Object, surface is smooth and is uniformly arranged the circular hole of certain diameter, passes through electromagnetic wave via electromagnetic wave caused by electromagnetic wave generator 5
When diverging cover 11, it can ceaselessly reflect in shell and be scattered around until through scattering hole 26, the electromagnetic wave scattered out
Reflection again through mobile inner casing 10, so as to parallel and be uniformly irradiated to cover board 8, cover board 8 is made for plastic cement, for
Electromgnetically-transparent, the side of fitting node are arranged little groove interlaced as ray for moisture circulation, keep concrete
Maintenance humidity, the conducting wire of Temperature Humidity Sensor 18 are built in cover board 8, do not interfere with each other with groove, and Temperature Humidity Sensor 18 is embedding
Gu in the outer surface of cover board 8；The electromagnetic wave is anti-to be let out arc 6 and is arranged on shell 1 close to the arc groove of the surrounding of component side,
Iron wire cotton is inside filled out, electromagnetic wave leakage in use process can be prevented well, air vent 7 is to open one in mobile inner shell left and right sides
Determine the circular hole of diameter and sealed with the wire netting of a certain size mesh, while preventing certain frequency electromagnetic wave leakage into
The exchange of mobile 10 inner air and outer air of inner casing of row, whole device are pre-buried by the mounting hole 14 and component being evenly arranged on connecting key 16
Screw rod 22 is connected, while considering safety problem, and ribbed stiffener 15, the setting of node side are evenly arranged between connecting key 16 and shell 1
Steel template 23.
Claims (10)
1. a kind of assembled architecture component cast-in-situ concrete linear node frequency electromagnetic waves curing means, including crust of the device (1)
With cover board (8), crust of the device (1) connect to form closed space with cover board (8)；It is characterized in that：In described device shell (1)
The side of wall is fixed with pedestal (13), and the pedestal (13) is equipped with by the lead screw (12) of motor (20) control rotation, described
The platform base (2) relative to lead screw (12) and pedestal (13) linear reciprocating motion is connected on lead screw (12) and pedestal (13),
Electromagnetic wave generator (5) and mobile inner casing (10), the two sides of the mobile inner casing (10) are connected on the platform base (2)
Equipped with air vent (7), electromagnetic wave launch port is equipped at the inside center of the mobile inner casing (10), outside the electromagnetic wave launch port
Portion is equipped with electromagnetic wave divergent cover (11), and the upper and lower side of mobile inner casing (10) opening is equipped with fixed bulb (27), and two is fixed
It being equipped between bulb (27) and rolls vertical pivot (9), the medial surface formation of rolling vertical pivot (9) and the cover board (8) is in rolling contact,
The lateral surface of the cover board (8) is equipped with interlaced aplysia punctata little groove, and the top of described device shell (1) inner wall is equipped with
Controller and power supply (3) and water receiver (4), the water receiver (4) and aqueduct（29）It is connected, the apopore (17) is respectively
It connect and communicates with aqueduct (29) and aplysia punctata little groove, the same plane of described device shell (1) upper and lower side is equipped with connection
Key (16), the electromagnetic wave curing means pass through the pre embedded bolt in mounting hole (14) and component uniformly distributed on connecting key (16)
(22) it is connected, the cover board (8) passes through the pre embedded bolt in the mounting hole (14) that is uniformly arranged on connecting key (16), component
(22) and under the common connection function of the steel template (23) of the component other side company of fitting closely is formed with cast-in-place node (24)
It connects, under the action of the electromagnetic wave generator (5), the excessively described cover board (8) of Electromgnetically-transparent makees cast-in-place node (24)
With.
2. a kind of assembled architecture component cast-in-situ concrete linear node frequency electromagnetic waves maintenance dress according to claim 1
It sets, it is characterised in that：Pedestal (13) section be it is trapezoidal, trapezoidal notch is opened in centre, is provided on platform base (2) and matches with pedestal
Notch, platform base (2) matches connection with pedestal (13), the uniform embedding cloth steel ball of notch inner surface.
3. a kind of assembled architecture component cast-in-situ concrete linear node frequency electromagnetic waves maintenance dress according to claim 1
It sets, it is characterised in that：The connecting key (16) and cover board (8) are in same plane, between connecting key (16) and crust of the device (1)
Equipped with ribbed stiffener (15).
4. a kind of assembled architecture component cast-in-situ concrete linear node frequency electromagnetic waves maintenance dress according to claim 1
It sets, it is characterised in that：Parabolically, interior surface is smooth, above and below parabola opening in the section of the mobile inner casing (10)
Both ends are equipped with claw, and claw is buckled in the U-type groove of crust of the device upper and lower side, and ball is uniformly provided on claw（28）.
5. a kind of assembled architecture component cast-in-situ concrete linear node frequency electromagnetic waves maintenance dress according to claim 1
It sets, it is characterised in that：The cover board (8) and crust of the device (1) are fitting to connection, and cover board (8) is made by plastic cement, for high frequency
Electromgnetically-transparent.
6. a kind of assembled architecture component cast-in-situ concrete linear node frequency electromagnetic waves maintenance dress according to claim 1
It sets, it is characterised in that：The electromagnetic wave divergent cover (11) is made of steel, and electromagnetic wave divergent cover (11) is combined by rotary table with hemisphere
Made of husk, scattering hole (26) is laid on emitting head housing (11).
7. a kind of assembled architecture component cast-in-situ concrete linear node frequency electromagnetic waves maintenance dress according to claim 1
It sets, it is characterised in that：The Temperature Humidity Sensor (18) is mounted in the outer surface of cover board, and the conducting wire of Temperature Humidity Sensor (18) is set
Inside cover board.
8. a kind of assembled architecture component cast-in-situ concrete linear node frequency electromagnetic waves maintenance dress according to claim 1
It sets, it is characterised in that：The anti-arc (6) of letting out of the electromagnetic wave is arc groove of the setting in crust of the device (1) close to component side, electricity
Magnetic anti-let out fills iron wire cotton in arc (6).
9. a kind of assembled architecture component cast-in-situ concrete linear node frequency electromagnetic waves maintenance dress according to claim 1
It sets, it is characterised in that：Wire netting is covered on the air vent (7).
10. a kind of assembled architecture component cast-in-situ concrete linear node frequency electromagnetic waves maintenance according to claim 1
Device, it is characterised in that：The rolling vertical pivot (9) is elongated cylinder, and upper and lower side is connect with fixed bulb (27), rolls vertical pivot
(9) cylindrical surface is contacted with the fitting of the medial surface of cover board (8).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810573655.6A CN108821793B (en) | 2018-06-06 | 2018-06-06 | Assembly type building element cast-in-place concrete linear node high-frequency electromagnetic wave curing means |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810573655.6A CN108821793B (en) | 2018-06-06 | 2018-06-06 | Assembly type building element cast-in-place concrete linear node high-frequency electromagnetic wave curing means |
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| Publication Number | Publication Date |
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| CN108821793A true CN108821793A (en) | 2018-11-16 |
| CN108821793B CN108821793B (en) | 2021-06-25 |
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| CN201810573655.6A Active CN108821793B (en) | 2018-06-06 | 2018-06-06 | Assembly type building element cast-in-place concrete linear node high-frequency electromagnetic wave curing means |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112459489A (en) * | 2020-09-28 | 2021-03-09 | 刘学清 | Cement grouting device for uniformly laying bottom cement based on magnetic force change |
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