CN109008769A - A kind of fully controlled window with single handle based on electromagnetic principle - Google Patents
A kind of fully controlled window with single handle based on electromagnetic principle Download PDFInfo
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- CN109008769A CN109008769A CN201811063096.0A CN201811063096A CN109008769A CN 109008769 A CN109008769 A CN 109008769A CN 201811063096 A CN201811063096 A CN 201811063096A CN 109008769 A CN109008769 A CN 109008769A
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- end wall
- space
- block
- fixedly connected
- slot
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- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47L—DOMESTIC WASHING OR CLEANING; SUCTION CLEANERS IN GENERAL
- A47L1/00—Cleaning windows
- A47L1/02—Power-driven machines or devices
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- Power-Operated Mechanisms For Wings (AREA)
Abstract
The invention discloses a kind of fully controlled window with single handle based on electromagnetic principle, including control block, a rotation space is provided in the control block, the revolution space of right end wall connection free surrounding space is provided in the rotation space right end wall, it is described that revolution space left end wall is selected to be rotatably connected to a spill spin block, the swivelling chute of a connection revolution space and free surrounding space is provided in the revolution space outer end wall, the spill spin block is fixedly connected with a fixed pin, the fixed pin rear end is through end wall before and after swivelling chute and is located in free surrounding space, the transmission space of right end wall connection revolution space is provided in the spill spin block.Apparatus structure is simple, and it is convenient to operate, and in present invention work, enriches the function of handle, and provide a kind of safely and effectively method for high-altitude cleaning window.
Description
Technical field
The present invention relates to door and window security fields, specially a kind of fully controlled window with single handle based on electromagnetic principle.
Background technique
Currently, with the development of science and technology, social progress, dangerous, the pole appearance of high-altitude door and window cleaning at this stage extremely
Easily occur falling from high altitude or other incident danger to occur, and the cleaning to high-altitude glass at this stage, be resident mostly from
Body operation, also increases risk while increasing workload.
Summary of the invention
The purpose of the present invention is to provide a kind of fully controlled window with single handle based on electromagnetic principle, to solve above-mentioned background skill
The problem of being proposed in art.
To achieve the above object, the invention provides the following technical scheme: a kind of monolever based on electromagnetic principle controls entirely
Window, including control block are provided with a rotation space in the control block, a right end wall are provided in the rotation space right end wall
It is connected to the revolution space of free surrounding space, it is described that revolution space left end wall is selected to be rotatably connected to a spill spin block, outside the revolution space
The swivelling chute of a connection revolution space and free surrounding space is provided in end wall, the spill spin block is fixedly connected with a fixed pin, institute
Fixed pin rear end is stated through end wall before and after swivelling chute and is located in free surrounding space, right end wall connection is provided in the spill spin block
The transmission space of revolution space, end wall is symmetrically arranged with an end wall connection transmission close to transmission space to the transmission space up and down
The spring groove in space, the spring groove are fixedly connected with a compressed spring far from the end wall of transmission space, and the compressed spring is leaned on
One end of nearly transmission space be fixedly connected with one close to one end of transmission space through spring groove close to the end wall of transmission space and
Trapezoid block in transmission space is provided with a transmission annular groove, the transmission annular groove aft bulkhead in the spring groove right end wall
It is inside provided with the connection annular groove of connection transmission annular groove and revolution space, the transmission annular groove is far from before in the end wall of transmission space
After be symmetrically arranged with a torsion slot, a torsion block is rotatably connected in the torsion slot, the torsion block is close to transmission space
End face is fixedly connected with one and runs through torsion slot close to the end wall of transmission space close to one end of transmission space and be located at transmission annular groove
Interior transmission shaft, the transmission shaft being located in transmission annular groove are fixedly connected with a driver plate, the biography being located in torsion slot
Moving axis and torsion slot are fixedly connected with a torsionspring between the end wall of transmission annular groove, are slidably connected in the transmission space
There is a right end through transmission space right end wall and revolution space right end wall and is located at the pushing block of free surrounding space, it is described to be located at transmission
Pushing block in space is symmetrical above and below to be fixedly connected with a fixed block, and the one end of the fixed block far from pushing block center is through passing
Rotating ring slot close to transmission space center end wall and be located at transmission annular groove in, the pushing block right end is fixedly connected with a rotation
Bar, the pushing block left end are fixedly connected with a catch bar, and the rotation space right end wall is rotatably connected to a left end through turning
Space left end wall and the rotating block in free surrounding space are moved, a rotation slot is provided in the rotating block, the catch bar is left
You is held through transmission space left end wall, revolution space left end wall, rotation space right end wall and rotation slot right end wall and is located at rotation
In slot, the rotating block left end is fixedly connected with a Wiper crank, is symmetrically arranged with one close turn above and below the rotation slot in end wall
The end wall of dynamic slot is connected to the link slot of rotation slot, and the reception of right end wall connection link slot is provided in the wall of the link slot left end
Slot is fixedly connected with a fixing axle between end wall before and after the link slot, is rotatably connected to a fixed link on the fixing axle axis body,
The fixed link close to the end wall of rotation slot and is located in rotation slot, the rotation slot close to one end of rotation slot through link slot
Inside slidably connect a rotor plate, it is symmetrical above and below in the rotor plate right end to be provided with a right end wall and far from rotor plate center
End wall is connected to the connector of rotation slot, and the rotor plate right side is fixedly connected with catch bar left end, the rotation slot left end
The driven space of right end wall connection rotation slot is provided in wall, be provided in the driven space column type wall inner wall connection from
The driven annular groove in space is moved, is rotatably connected to a rotating disc in the driven space, the rotating disc upper and lower ends are symmetrically fixed
It is connected with the Slave Block that the one end far from rotation disk center runs through the inner wall of driven annular groove and is slidably connected with driven annular groove, institute
Slave Block right side is stated to be fixedly connected with a right end through driven space right end wall and stretch with what rotor plate left side was fixedly connected
Contracting spring is provided with a hydraulic mechanism in the revolution space upper end wall, is provided with a generator in the wall of the control block left end
Structure.
Preferably, the hydraulic mechanism includes hydraulic space, a hydraulic sky is provided in the revolution space upper end wall
Between, a hydraulic plate is slidably connected in the hydraulic space, the hydraulic plate lower end is fixedly connected with a support rod, the left side
Support rod lower end is sequentially connected through left side hydraulic space lower end wall and with fixed pin upper-end contact, Right side support bar lower end
Through right side hydraulic space lower end wall, revolution space upper end wall and it connect annular groove outer end wall and is located in transmission annular groove, the right side
It symmetrically is fixedly connected with a gag lever post before and after side support bar lower end, a connection hydraulic plate is provided between described two hydraulic spaces
The hydraulic pipeline of upside hydraulic space is provided with the lifting of upper end wall connection hydraulic pipeline in the hydraulic pipeline lower end wall
Slot is provided with the shifting chute of left end wall connection lifting groove in the lifting groove right end wall, sets on the right side of the shifting chute upper end wall
It is equipped with the translation slot of a connection shifting chute and hydraulic pipeline, a lifter plate, the lifter plate are slidably connected in the lifting groove
Lower end surface is fixedly connected with an elevator, and a lifting bullet is fixedly connected between the elevator lower end surface and lifting groove lower end wall
Spring, the triangular groove of right end wall connection lifting groove is provided in the elevator, and it is mobile to slidably connect one in the shifting chute
Bar, the mobile bar left end is through shifting chute left end wall and triangular groove right end wall and is located in triangular groove, the mobile bar right end
It is fixedly connected with a mobile spring between face and shifting chute right end wall, is fixedly connected with a upper end on the right side of the mobile bar upper surface
End wall and the translation bar being located in hydraulic pipeline above and below shifting chute upper end wall and translation slot, the translation bar upper end is fixed to be connected
It is connected to a translational block, a sealing close to the end wall connection translation slot of translation bar is symmetrically arranged in the translation slot left hand end wall
Slot, the seal groove are fixedly connected with a Packing spring far from the end wall of translation bar, and the left side Packing spring right end is fixed to be connected
A right end is connected to be fixedly connected through left side seal groove right end wall with right side seal groove left end wall and with right side Packing spring left end
Sealing plate, through sealing plate and being firmly connected with it, the hydraulic pipeline is symmetrically set in end wall up and down for the translation bar upper end
It is equipped with an active slot close to the end wall connection hydraulic pipeline of translational block, is fixedly connected with a master between end wall before and after the active slot
Moving axis, a partition panel is fixedly connected on the driving shaft axis body, and the partition panel runs through active slot close to one end of translational block
Close to translational block end wall and be located at hydraulic pipeline in, between two pieces of partition panels Contact Transmission connect, it is described two limit
The distance between bar is much larger than the distance between fixed block rotation front and back.
Preferably, the upper and lower ends of the fixed pin be less than at a distance from fixed pin center fixed lower front end with fixation
The distance at pin center.
Preferably, the power generation mechanism includes generation block, a generation block is embedded in the wall of the control block left end, it is described
It is embedded with a storage block on the right side of generation block, is connected between the storage block and generation block by connecting line.
Compared with prior art, the beneficial effects of the present invention are: swingle is pushed to the left, to make in present invention work
Fixed block moves downward, so that driver plate be driven to rotate, so that fixed block be made to be located between two pieces of driver plates, while push promotion
Block moves downward, to drive rotor plate to move downward, to drive adjustable spring to compress, so that fixed link be made to be disconnected
Mouthful, swingle is rotated at this time, so that pushing block be driven to rotate, turning for spill spin block is driven by the transmission of fixed block and driver plate
It is dynamic, so that the rotation of fixed pin is driven, so that door and window is unlocked, while with the rotation of fixed pin, Left-side support bar is moved upwards,
To the liquid in the hydraulic space on the upside of compression hydraulic plate, to pressurize, to drive lifter plate to move downward, thus moving
Mobile bar under the action of spring of moving is moved downward into triangular groove, to drive translational block to move downward, to push partition
Plate rotation, to be declined by the hydraulic plate on the right side of hydraulic drive, so that the support rod decline on right side is driven, to make gag lever post
It blocks fixed block to move right, prevents swingle under fixed pin unlocking condition, Wiper crank is rotated, when needing to rotate Wiper crank
When, swingle is rotated, so that fixed pin be made to rotate, so that fixed pin is in locking state locking door and window, hydraulic mechanism works at this time
Right side support bar is driven to rise, so that limitation of the contact to fixed block makes fixed link be located at connection to pull swingle to the right
In mouthful, while fixed block leaves driver plate, and driver plate returns to original position under the action of the spring, rotates swingle at this time, passes through biography
It is dynamic to drive rotor plate rotation, rotating block rotation, to drive Wiper crank to rotate, in rainy day or cleaning window, in locking
State, which is rained, just can hang or clean, and increase the function that handle is increased while safety, this apparatus structure is simple, behaviour
It is convenient to make, and enriches the function of handle, and provide a kind of safely and effectively method for high-altitude cleaning window.
Detailed description of the invention
Fig. 1 is a kind of schematic view of the front view of the fully controlled window with single handle entirety complete section based on electromagnetic principle of the present invention；
Fig. 2 is a kind of main view enlarged structure signal of fully controlled window with single handle hydraulic mechanism complete section based on electromagnetic principle of the present invention
Figure.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other
Embodiment shall fall within the protection scope of the present invention.
A kind of embodiment provided by the invention referring to FIG. 1-2: a kind of fully controlled window with single handle based on electromagnetic principle,
Including control block 37, it is provided with a rotation space 36 in the control block 37, is provided with one in the 36 right end wall of rotation space
Right end wall is connected to the revolution space 19 of free surrounding space, described that 19 left end wall of revolution space is selected to be rotatably connected to a spill spin block 31, institute
The swivelling chute 13 that a connection revolution space 19 and free surrounding space is provided in 19 outer end wall of revolution space is stated, the spill spin block 31 is solid
Surely it is connected with a fixed pin 14,14 rear end of fixed pin is through 13 front and back end wall of swivelling chute and is located in free surrounding space, described
The transmission space 12 of right end wall connection revolution space 19 is provided in spill spin block 31, about 12 end wall of transmission space is symmetrical
It is provided with a spring groove 15 close to the end wall connection transmission space 12 of transmission space 12, the spring groove 15 is far from transmission space
12 end wall is fixedly connected with a compressed spring 17, and the compressed spring 17 is fixedly connected with one close to one end of transmission space 12
Close to the end wall of transmission space 12 and it is located at trapezoidal in transmission space 12 close to one end of transmission space 12 through spring groove 15
Block 16 is provided with a transmission annular groove 27 in the 15 right end wall of spring groove, is provided with a company in 27 aft bulkhead of transmission annular groove
Lead to the connection annular groove 57 of transmission annular groove 27 and revolution space 19, front and back in the transmission end wall of the annular groove 27 far from transmission space 12
It is symmetrically arranged with a torsion slot 18, a torsion block 20 is rotatably connected in the torsion slot 18, the torsion block 20 is close to transmission
The end face in space 12 is fixedly connected with an end wall close to one end of transmission space 12 through torsion slot 18 close to transmission space 12
And it is located at the transmission shaft 22 in transmission annular groove 27, the transmission shaft 22 being located in transmission annular groove 27 is fixedly connected with a driver plate
23, the transmission shaft 22 being located in torsion slot 18 and torsion slot 18 are fixedly connected with one between the end wall of transmission annular groove 27
It is right through 12 right end wall of transmission space and revolution space 19 to slidably connect a right end in the transmission space 12 for torsionspring 21
End wall and the pushing block 24 for being located at free surrounding space, the pushing block 24 in transmission space 12 is symmetrical above and below to be fixedly connected with
One fixed block 26, the one end of the fixed block 26 far from 24 center of pushing block is through transmission annular groove 27 close to 12 center of transmission space
End wall and be located in transmission annular groove 27,24 right end of pushing block is fixedly connected with a swingle 25, and the pushing block 24 is left
End is fixedly connected with a catch bar 11, and the 36 right end wall of rotation space is rotatably connected to a left end through 36 left end of rotation space
Wall and the rotating block 4 being located in free surrounding space, are provided with a rotation slot 7 in the rotating block 4,11 left end of catch bar you pass through
It wears 12 left end wall of transmission space, 19 left end wall of revolution space, 36 right end wall of rotation space and 7 right end wall of rotation slot and is located at rotation
In slot 7,4 left end of rotating block is fixedly connected with a Wiper crank 1, is symmetrically arranged with one in about 7 end wall of rotation slot and leans on
The end wall of nearly rotation slot 7 is connected to the link slot 33 of rotation slot 7, and right end wall connection is provided in the 33 left end wall of link slot and is connected
The receiving slit 35 of access slot, is fixedly connected with a fixing axle 32 between the 33 front and back end wall of link slot, on 32 axis body of fixing axle
It is rotatably connected to a fixed link 34, the fixed link 34 is close to one end of rotation slot 7 through link slot 33 close to the end of rotation slot 7
Wall and it is located in rotation slot 7, slidably connects a rotor plate 9 in the rotation slot 7, it is symmetrical above and below in 9 right end of rotor plate
It is provided with the connector 10 that a right end wall is connected to rotation slot 7 with the end wall far from 9 center of rotor plate, 9 right end of rotor plate
Face is fixedly connected with 11 left end of catch bar, and the driven sky of right end wall connection rotation slot 7 is provided in the 7 left end wall of rotation slot
Between 3, the driven annular groove 2 that an inner wall is connected to driven space 3 is provided in the driven 3 column type wall of space, in the driven space 3
It is rotatably connected to a rotating disc 5,5 upper and lower ends of rotating disc are symmetrically fixedly connected with the one end far from 5 center of rotating disc
Inner wall through driven annular groove 2 and the Slave Block 7 that is slidably connected with driven annular groove 2,7 right side of Slave Block is fixedly connected with
One right end runs through the driven adjustable spring 6 space 3 right end wall and be fixedly connected with 8 left side of rotor plate, the revolution space 19
It is provided with a hydraulic mechanism 50 in upper end wall, is provided with a power generation mechanism 61 in the 37 left end wall of control block.
Valuably, the hydraulic mechanism 50 includes hydraulic space 30, is provided with a liquid in 19 upper end wall of revolution space
Space 30 is pressed, slidably connects a hydraulic plate 29 in the hydraulic space 30,29 lower end of hydraulic plate is fixedly connected with one
Strut 28,28 lower end of Left-side support bar are driven company through 30 lower end wall of left side hydraulic space and with 14 upper-end contact of fixed pin
It connects, 28 lower end of Right side support bar is through 30 lower end wall of right side hydraulic space, 19 upper end wall of revolution space and connect annular groove 57
Outer end wall and it is located in transmission annular groove 27, a gag lever post 58, institute is symmetrically fixedly connected with before and after 28 lower end of Right side support bar
State the hydraulic pipeline 38 that 29 upside hydraulic space 30 of a connection hydraulic plate is provided between two hydraulic spaces 30, the hydraulic tube
It is provided with the lifting groove 39 of upper end wall connection hydraulic pipeline 38 in 38 lower end wall of road, is provided in the 39 right end wall of lifting groove
One left end wall is connected to the shifting chute 48 of lifting groove 39, is provided with a connection shifting chute 48 and liquid on the right side of 48 upper end wall of shifting chute
The translation slot 51 of pressure pipeline 38 slidably connects a lifter plate 40 in the lifting groove 39, and 40 lower end surface of lifter plate is fixed
It is connected with an elevator 42, is fixedly connected with a lifting spring between 42 lower end surface of elevator and 38 lower end wall of lifting groove
43, it is provided with the triangular groove 41 of right end wall connection lifting groove 38 in the elevator 42, is slidably connected in the shifting chute 48
There is a mobile bar 44,44 left end of mobile bar is through 48 left end wall of shifting chute and 41 right end wall of triangular groove and is located at triangular groove 41
It is interior, a mobile spring 49, the mobile bar 44 are fixedly connected between 48 right end wall of 44 right side of mobile bar and shifting chute
It is fixedly connected with a upper end on the right side of upper surface through 48 upper end wall of shifting chute and translation about 51 end wall of slot and is located at hydraulic pipeline
Translation bar 52 in 38,52 upper end of translation bar are fixedly connected with a translational block 53, right in 51 left hand end wall of translation slot
Claim the seal groove 46 for being provided with one close to the end wall connection translation slot 51 of translation bar 52, the seal groove 46 is far from translation bar 52
End wall is fixedly connected with a Packing spring 45, and 45 right end of left side Packing spring is fixedly connected with a right end and seals through left side
The sealing plate 47 for slot 46 right end wall and right side seal groove 46 left end wall and being fixedly connected with 45 left end of right side Packing spring is described flat
52 upper end of bar is moved through sealing plate 52 and is firmly connected with it, it is close to be symmetrically arranged with one in about 38 end wall of hydraulic pipeline
The end wall of translational block 53 is connected to the active slot 55 of hydraulic pipeline 38, and one is fixedly connected between the 55 front and back end wall of active slot actively
Axis 54 is fixedly connected with a partition panel 56 on 54 axis body of driving shaft, and the partition panel 56 is passed through close to one end of translational block 53
Active slot 55 is worn close to the end wall of translational block 53 and is located in hydraulic pipeline 38, Contact Transmission connects between two pieces of partition panels 56
It connects, much larger than the distance between the rotation of fixed block 26 front and back, effect is easy for preventing the distance between described two gag lever posts 58
Only in the case where fixed pin 14 is not in horizontality, swingle 25 is moved right.
Valuably, the upper and lower ends of the fixed pin 14 be less than at a distance from 14 center of fixed pin fixed lower 14 front ends with
The distance at 14 center of fixed pin.
Valuably, the power generation mechanism 61 includes generation block 58, is embedded with a generation block in the 37 left end wall of control block
58, a storage block 60 is embedded on the right side of the generation block 58, is connected between the storage block 60 and generation block 58 by connecting line 59
It connects, effect, which is easy for running for device, provides energy.
Specifically used mode: in present invention work, pushing swingle 25 to the left, so that fixed block 26 is moved downward, from
And driver plate 23 is driven to rotate, so that fixed block 26 be made to be located between two pieces of driver plates 23, while push pushing block 24 to the left
Movement, to drive rotor plate 9 to move downward, to drive adjustable spring 6 to compress, so that fixed link 34 be made to be disconnected mouth
10, swingle 25 is rotated at this time, so that pushing block 24 be driven to rotate, is driven and is rotated by the transmission of fixed block 26 and driver plate 23
The rotation of block 31, so that the rotation of fixed pin 14 is driven, to unlock door and window, while with the rotation of fixed pin 14, left side branch
Strut 28 moves upwards, thus the liquid in the hydraulic space 30 of 29 upside of compression hydraulic plate, to pressurize, to drive lifting
Plate 40 moves downward, so that mobile bar 44 is moved downward into triangular groove 41 under the action of mobile spring 49, to drive
Translational block 53 moves downward, so that partition panel 56 is pushed to rotate, thus declined by the hydraulic plate 29 on the right side of hydraulic drive, thus
It drives the support rod 28 on right side to decline, to make gag lever post 58 that fixed block 26 be blocked to move right, prevents swingle 25 in fixation
It sells under unlocking condition, rotates Wiper crank 1, when needing to rotate Wiper crank 1, rotate swingle 25, so that fixed pin 14 is rotated,
Fixed pin 14 is set to be in locking state locking door and window, the work of hydraulic mechanism 50 at this time drives Right side support bar 28 to rise, to connect
The limitation to fixed block 26 is touched, to pull swingle 25 to the right, is located at fixed link 34 in connector 10, while fixed block 26
Driver plate 23 is left, driver plate 23 returns to original position under the action of the spring, rotates swingle 25 at this time, dynamic by transmission belt turn
Plate 9 rotates, and rotating block 4 rotates, to drive Wiper crank 1 to rotate, in rainy day or cleaning window, in the state of locking
Rain or cleaning can be hung, the function of increasing handle while safety is increased, this apparatus structure is simple, and it is convenient to operate,
The function of handle is enriched, and provides a kind of safely and effectively method for high-altitude cleaning window.
It is obvious to a person skilled in the art that invention is not limited to the details of the above exemplary embodiments, Er Qie
In the case where without departing substantially from spirit or essential attributes of the invention, the present invention can be realized in other specific forms.Therefore, no matter
From the point of view of which point, the present embodiments are to be considered as illustrative and not restrictive, and the scope of the present invention is by appended power
Benefit requires rather than above description limits, it is intended that all by what is fallen within the meaning and scope of the equivalent elements of the claims
Variation is included within the present invention.Any reference signs in the claims should not be construed as limiting the involved claims.
Claims (4)
1. a kind of fully controlled window with single handle based on electromagnetic principle, including control block, it is characterised in that: setting in the control block
There is a rotation space, the revolution space of right end wall connection free surrounding space, the choosing are provided in the rotation space right end wall
Revolution space left end wall is rotatably connected to a spill spin block, and a connection revolution space and outer is provided in the revolution space outer end wall
The swivelling chute in boundary space, the spill spin block are fixedly connected with a fixed pin, and the fixed pin rear end is through end wall before and after swivelling chute
And be located in free surrounding space, the transmission space of right end wall connection revolution space is provided in the spill spin block, the transmission is empty
Between up and down end wall be symmetrically arranged with one close to transmission space end wall connection transmission space spring groove, the spring groove far from pass
The end wall in dynamic space is fixedly connected with a compressed spring, and the compressed spring is fixedly connected with one close to one end of transmission space and leans on
One end of nearly transmission space is through spring groove close to the end wall of transmission space and the trapezoid block in transmission space, the spring
It is provided with a transmission annular groove in slot right end wall, connection transmission annular groove and revolution space are provided in the transmission annular groove aft bulkhead
Connection annular groove, the transmission annular groove far from the end wall of transmission space front and back be symmetrically arranged with a torsion slot, the torsion slot
It is inside rotatably connected to a torsion block, the torsion block is fixedly connected with one close to the one of transmission space close to the end face of transmission space
End close to the end wall of transmission space and is located at the transmission shaft being driven in annular groove through torsion slot, the biography being located in transmission annular groove
Moving axis is fixedly connected with a driver plate, and the transmission shaft being located in torsion slot and torsion slot are between the end wall of transmission annular groove
It is fixedly connected with a torsionspring, it is empty through transmission space right end wall and rotation that a right end is slidably connected in the transmission space
Between right end wall and be located at the pushing block of free surrounding space, the pushing block in the transmission space is symmetrical above and below to be fixedly connected with one
Fixed block, the one end of the fixed block far from pushing block center close to the end wall at transmission space center and are located at through transmission annular groove
It being driven in annular groove, the pushing block right end is fixedly connected with a swingle, and the pushing block left end is fixedly connected with a catch bar,
The rotation space right end wall is rotatably connected to the rotating block that a left end is run through rotation space left end wall and is located in free surrounding space,
Be provided with a rotation slot in the rotating block, the catch bar left end you through transmission space left end wall, revolution space left end wall,
For rotation space right end wall with rotation slot right end wall and in rotation slot, the rotating block left end is fixedly connected with a Wiper crank,
A link slot close to the end wall connection rotation slot of rotation slot, the link slot are symmetrically arranged with above and below the rotation slot in end wall
It is provided with the receiving slit of right end wall connection link slot in the wall of left end, is fixedly connected with one between end wall before and after the link slot and fixes
Axis is rotatably connected to a fixed link on the fixing axle axis body, and the fixed link is leaned on close to one end of rotation slot through link slot
The end wall of nearly rotation slot and it is located in rotation slot, slidably connects a rotor plate in the rotation slot, in the rotor plate right end
The connector symmetrical above and below for being provided with a right end wall and being connected to rotation slot with the end wall far from rotor plate center, the rotor plate are right
End face is fixedly connected with catch bar left end, and the driven sky of right end wall connection rotation slot is provided in the wall of the rotation slot left end
Between, it is provided with the driven annular groove that an inner wall is connected to driven space in the driven space column type wall, is rotated in the driven space
It is connected with a rotating disc, the rotating disc upper and lower ends are symmetrically fixedly connected with the one end far from rotation disk center through driven
The inner wall of annular groove and the Slave Block being slidably connected with driven annular groove, the Slave Block right side be fixedly connected with a right end run through from
Dynamic space right end wall and the adjustable spring being fixedly connected with rotor plate left side are provided with a liquid in the revolution space upper end wall
Press mechanism is provided with a power generation mechanism in the wall of the control block left end.
2. a kind of fully controlled window with single handle based on electromagnetic principle according to claim 1, it is characterised in that: described hydraulic
Mechanism includes hydraulic space, and a hydraulic space is provided in the revolution space upper end wall, is slidably connected in the hydraulic space
There is a hydraulic plate, the hydraulic plate lower end is fixedly connected with a support rod, and the hydraulic sky in left side is run through in Left-side support bar lower end
Between lower end wall and with fixed pin upper-end contact be sequentially connected, Right side support bar lower end through right side hydraulic space lower end wall,
Revolution space upper end wall with connect annular groove outer end wall and be located in transmission annular groove, it is symmetrical fixed before and after Right side support bar lower end
It is connected with a gag lever post, the hydraulic pipeline of hydraulic space on the upside of a connection hydraulic plate is provided between described two hydraulic spaces,
The lifting groove of upper end wall connection hydraulic pipeline, setting in the lifting groove right end wall are provided in the hydraulic pipeline lower end wall
There is the shifting chute of left end wall connection lifting groove, is provided with a connection shifting chute and hydraulic pipeline on the right side of the shifting chute upper end wall
Translation slot, slidably connect a lifter plate in the lifting groove, the lifter plate lower end surface is fixedly connected with an elevator, institute
It states and is fixedly connected with a lifting spring between elevator lower end surface and lifting groove lower end wall, a right end is provided in the elevator
Wall is connected to the triangular groove of lifting groove, and a mobile bar is slidably connected in the shifting chute, and shifting chute is run through in the mobile bar left end
Left end wall is fixedly connected between the mobile bar right side and shifting chute right end wall with triangular groove right end wall and in triangular groove
There is a mobile spring, a upper end is fixedly connected on the right side of the mobile bar upper surface above and below shifting chute upper end wall and translation slot
End wall and the translation bar being located in hydraulic pipeline, the translation bar upper end is fixedly connected with a translational block, the translation slot or so
A seal groove close to the end wall connection translation slot of translation bar, end of the seal groove far from translation bar are symmetrically arranged in end wall
Wall is fixedly connected with a Packing spring, and the left side Packing spring right end is fixedly connected with a right end through left side seal groove right end
Wall and right side seal groove left end wall and the sealing plate being fixedly connected with right side Packing spring left end, the translation bar upper end is through close
Sealing plate and be firmly connected with it, the hydraulic pipeline be symmetrically arranged in end wall up and down one close to translational block end wall connection it is hydraulic
The active slot of pipeline is fixedly connected with a driving shaft between end wall before and after the active slot, is fixedly connected on the driving shaft axis body
There is a partition panel, the partition panel close to the end wall of translational block and is located at hydraulic pipeline through active slot close to one end of translational block
Interior, Contact Transmission connects between two pieces of partition panels, before the distance between described two gag lever posts are much larger than fixed block rotation
The distance between afterwards.
3. a kind of fully controlled window with single handle based on electromagnetic principle according to claim 1, it is characterised in that: the fixation
The upper and lower ends of pin be less than at a distance from fixed pin center fixed lower front end with at a distance from fixed pin center.
4. a kind of fully controlled window with single handle based on electromagnetic principle according to claim 1, it is characterised in that: the power generation
Mechanism includes generation block, and a generation block is embedded in the wall of the control block left end, is embedded with a storage block on the right side of the generation block,
It is connected between the storage block and generation block by connecting line.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811063096.0A CN109008769A (en) | 2018-09-12 | 2018-09-12 | A kind of fully controlled window with single handle based on electromagnetic principle |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811063096.0A CN109008769A (en) | 2018-09-12 | 2018-09-12 | A kind of fully controlled window with single handle based on electromagnetic principle |
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| Publication Number | Publication Date |
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| CN109008769A true CN109008769A (en) | 2018-12-18 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201811063096.0A Withdrawn CN109008769A (en) | 2018-09-12 | 2018-09-12 | A kind of fully controlled window with single handle based on electromagnetic principle |
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| Country | Link |
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| CN (1) | CN109008769A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110260212A (en) * | 2019-04-28 | 2019-09-20 | 上海考明灯具有限公司 | A kind of automatically cleaning fluorescent lamp |
| CN112956973A (en) * | 2021-01-29 | 2021-06-15 | 南京水歌源化妆品有限公司 | Cleaning equipment of glass carousel dining table |
-
2018
- 2018-09-12 CN CN201811063096.0A patent/CN109008769A/en not_active Withdrawn
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110260212A (en) * | 2019-04-28 | 2019-09-20 | 上海考明灯具有限公司 | A kind of automatically cleaning fluorescent lamp |
| CN112956973A (en) * | 2021-01-29 | 2021-06-15 | 南京水歌源化妆品有限公司 | Cleaning equipment of glass carousel dining table |
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| WW01 | Invention patent application withdrawn after publication |
Application publication date: 20181218 |
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| WW01 | Invention patent application withdrawn after publication |