CN110107183A - A kind of revolving door bottom driving type mounting device - Google Patents
A kind of revolving door bottom driving type mounting device Download PDFInfo
- Publication number
- CN110107183A CN110107183A CN201910404346.0A CN201910404346A CN110107183A CN 110107183 A CN110107183 A CN 110107183A CN 201910404346 A CN201910404346 A CN 201910404346A CN 110107183 A CN110107183 A CN 110107183A
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- screw thread
- helical spring
- air pressure
- pressure control
- longitudinally opposed
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- 230000001105 regulatory effect Effects 0.000 claims abstract description 140
- 238000009434 installation Methods 0.000 claims abstract description 59
- 239000000758 substrate Substances 0.000 claims abstract description 19
- 238000007789 sealing Methods 0.000 claims description 16
- 238000003780 insertion Methods 0.000 claims description 13
- 230000037431 insertion Effects 0.000 claims description 13
- 238000010276 construction Methods 0.000 claims description 6
- 230000000694 effects Effects 0.000 abstract description 7
- 239000004568 cement Substances 0.000 description 5
- 238000010586 diagram Methods 0.000 description 4
- 238000000034 method Methods 0.000 description 3
- 238000003491 array Methods 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
- 230000005484 gravity Effects 0.000 description 1
- 238000002347 injection Methods 0.000 description 1
- 239000007924 injection Substances 0.000 description 1
- 238000002955 isolation Methods 0.000 description 1
- 238000002360 preparation method Methods 0.000 description 1
- 239000000243 solution Substances 0.000 description 1
- 210000002700 urine Anatomy 0.000 description 1
Classifications
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- E—FIXED CONSTRUCTIONS
- E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
- E05F—DEVICES FOR MOVING WINGS INTO OPEN OR CLOSED POSITION; CHECKS FOR WINGS; WING FITTINGS NOT OTHERWISE PROVIDED FOR, CONCERNED WITH THE FUNCTIONING OF THE WING
- E05F15/00—Power-operated mechanisms for wings
- E05F15/50—Power-operated mechanisms for wings using fluid-pressure actuators
-
- E—FIXED CONSTRUCTIONS
- E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
- E05Y—INDEXING SCHEME ASSOCIATED WITH SUBCLASSES E05D AND E05F, RELATING TO CONSTRUCTION ELEMENTS, ELECTRIC CONTROL, POWER SUPPLY, POWER SIGNAL OR TRANSMISSION, USER INTERFACES, MOUNTING OR COUPLING, DETAILS, ACCESSORIES, AUXILIARY OPERATIONS NOT OTHERWISE PROVIDED FOR, APPLICATION THEREOF
- E05Y2600/00—Mounting or coupling arrangements for elements provided for in this subclass
- E05Y2600/10—Adjustable
-
- E—FIXED CONSTRUCTIONS
- E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
- E05Y—INDEXING SCHEME ASSOCIATED WITH SUBCLASSES E05D AND E05F, RELATING TO CONSTRUCTION ELEMENTS, ELECTRIC CONTROL, POWER SUPPLY, POWER SIGNAL OR TRANSMISSION, USER INTERFACES, MOUNTING OR COUPLING, DETAILS, ACCESSORIES, AUXILIARY OPERATIONS NOT OTHERWISE PROVIDED FOR, APPLICATION THEREOF
- E05Y2600/00—Mounting or coupling arrangements for elements provided for in this subclass
- E05Y2600/60—Mounting or coupling members; Accessories therefor
- E05Y2600/62—Bolts
-
- E—FIXED CONSTRUCTIONS
- E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
- E05Y—INDEXING SCHEME ASSOCIATED WITH SUBCLASSES E05D AND E05F, RELATING TO CONSTRUCTION ELEMENTS, ELECTRIC CONTROL, POWER SUPPLY, POWER SIGNAL OR TRANSMISSION, USER INTERFACES, MOUNTING OR COUPLING, DETAILS, ACCESSORIES, AUXILIARY OPERATIONS NOT OTHERWISE PROVIDED FOR, APPLICATION THEREOF
- E05Y2900/00—Application of doors, windows, wings or fittings thereof
- E05Y2900/10—Application of doors, windows, wings or fittings thereof for buildings or parts thereof
- E05Y2900/13—Type of wing
- E05Y2900/132—Doors
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- Pivots And Pivotal Connections (AREA)
- Transmission Devices (AREA)
Abstract
The invention discloses a kind of revolving door bottom driving type mounting devices, including main bottom installation base plate and main supporting substrate.The present invention can be under the collective effect of outside air driving motor and pipeline, under the action of can be using the wind-force pressure that air driving motor generates, generate the preliminary driving effect for revolving door, and, frictional force between its preliminary driving dynamics and revolving door and connecting component is inconsistent, to under the premise of revolving door will not independently rotate, reduce to revolving door at work required for driving dynamics, and, there is the device three-point fix to be longitudinally opposed screw thread regulating mechanism, it can be under the principle of three-point fix and under the principle of reverse thread, realize the angle corrective action for upper part, furthermore, the device has size dock universal angle bindiny mechanism, helicitic texture can be prevented when adjusting, there is stuck phenomenon.
Description
Technical field
The present invention relates to revolving door technical field, specially a kind of revolving door bottom driving type mounting device.
Background technique
Currently, in many places, such as honored guest or hotel place are met, inside and outside the entrance and isolation of personnel
Environment influences, and can all select revolving door mostly, and revolving door is when in use, due to longitudinally mounted, so in the effect of its gravity
Under, it is difficult to be rotated, and wherein include some revolving doors independently rotated, the shadow in use cost and to internal and external environment
Sound is bigger, all has certain limitation.
Summary of the invention
The purpose of the present invention is to provide a kind of revolving door bottom driving type mounting devices, to solve above-mentioned background technique
The problem of middle proposition.
To achieve the above object, the invention provides the following technical scheme: a kind of revolving door bottom driving type mounting device,
Including main bottom installation base plate and main supporting substrate, the side of the main bottom installation base plate is provided with and its integral structure
Main mounting structure, the main mounting structure are internally provided with kingbolt hole, and the upper surface of the main bottom installation base plate passes through
There are three the three-point fixs of circular array setting to be longitudinally opposed screw thread regulating mechanism for bolt installation, and each three-point fix is vertical
A size dock universal angle bindiny mechanism is respectively mounted at the top of to reverse thread regulating mechanism, the size dock is universal
A main supporting substrate is installed by bolt in the top of angle attachment mechanism, and the main supporting substrate is respectively set in the two sides of opposition
There are the main air inlet pipe road and main exhaust pipeline with its integral structure, the bottom centre of the main supporting substrate is provided with main turbine
Being internally provided with for installation space, the main air inlet pipe road and main exhaust pipeline is connected to main turbine installation space with tangent angle
Main air inlet pipe road hole and main exhaust pipe hole, the side in the main air inlet pipe road be provided with its integral structure pair be vented
Pipeline, the pair exhaust pipe are internally provided with the extraneous secondary exhaust pipe hole with main air inlet pipe road hole of connection, the secondary row
The inside in feed channel hole is installed by one helical spring flexible type maximum air pressure control mechanism, the main bottom installation base plate top
It is provided centrally with main hollow structure, the inside of the main bottom installation base plate is being located at the two of the main turbine installation space center
A main rotating shaft is installed by base bearing in end, and the main rotating shaft installs a whirlpool in the inside for being located at the main turbine installation space
The top of wheel, the main hollow structure connects a screw top sealing cover, the screw top sealing cover by main thread structure
Be provided centrally with rotary shaft installation axle sleeve through-hole structure, the top of the main rotating shaft passes through one rotation of main connecting flange plate connection
Shaft installs axle sleeve, and the rotary shaft installation axle set is inserted into the inside of rotary shaft installation axle sleeve through-hole structure.
Further, it includes that three-point fix is longitudinally opposed screw thread adjusting that the three-point fix, which is longitudinally opposed screw thread regulating mechanism,
Mechanism screw shell, three-point fix are longitudinally opposed screw thread regulating mechanism and are longitudinally opposed screw thread tune with screw thread section, three-point fix
Section mechanism helicitic texture, three-point fix are longitudinally opposed screw thread regulating mechanism and are longitudinally opposed spiral shell with bottom thread bar, three-point fix
Line regulating mechanism is longitudinally opposed screw thread regulating mechanism limit hole with screw top bar, three-point fix, three-point fix is longitudinally opposed
Screw thread regulating mechanism gag lever post, three-point fix are longitudinally opposed screw thread regulating mechanism connecting plate, three-point fix is longitudinally opposed spiral shell
Line regulating mechanism bolt hole and three-point fix are longitudinally opposed screw thread regulating mechanism installation rod structure；The three-point fix is longitudinal
The connection three-point fix that is provided centrally with inside reverse thread regulating mechanism screw shell is longitudinally opposed screw thread regulating mechanism use
The three-point fix of screw shell both ends of the surface is longitudinally opposed screw thread regulating mechanism screw thread section, and the three-point fix is longitudinally opposed spiral shell
Line regulating mechanism is longitudinally opposed screw thread regulating mechanism and is set with the inner wall in screw thread section being located at the three-point fix with screw shell
It is equipped with three-point fix and is longitudinally opposed screw thread regulating mechanism helicitic texture, the three-point fix is longitudinally opposed screw thread regulating mechanism use
The bottom and top in screw thread section, which pass through three-point fix respectively and are longitudinally opposed screw thread regulating mechanism, is connected at 3 points with helicitic texture
Positioning is longitudinally opposed screw thread regulating mechanism and is longitudinally opposed screw thread regulating mechanism screw top with bottom thread bar and three-point fix
Bar, the three-point fix are longitudinally opposed screw thread regulating mechanism and are longitudinally opposed screw thread regulating mechanism with bottom thread bar and three-point fix
It is provided with three-point fix inside opposite end with screw top bar and is longitudinally opposed screw thread regulating mechanism limit hole, two described three
The inside that point location is longitudinally opposed screw thread regulating mechanism limit hole is inserted into a three-point fix and is longitudinally opposed screw thread regulating mechanism use
Gag lever post, the three-point fix are longitudinally opposed screw thread regulating mechanism and are longitudinally opposed screw thread with bottom thread bar bottom and three-point fix
Regulating mechanism is not provided with the three-point fix with its integral structure with screw top top portion and is longitudinally opposed screw thread adjusting machine
Structure connecting plate and three-point fix are longitudinally opposed screw thread regulating mechanism installation rod structure, and the three-point fix is longitudinally opposed screw thread
Multiple three-point fixs that are internally provided with of regulating mechanism connecting plate are longitudinally opposed screw thread regulating mechanism bolt hole.
Further, it includes being arranged in three-point fix that the three-point fix, which is longitudinally opposed screw thread regulating mechanism helicitic texture,
It is longitudinally opposed the screw thread regulating mechanism internal thread structure of screw shell inner wall and is arranged and be longitudinally opposed screw thread tune in three-point fix
Section mechanism is longitudinally opposed the external screw thread knot on screw thread regulating mechanism screw top club shaft with bottom thread bar and three-point fix
Structure, and be longitudinally opposed screw thread regulating mechanism positioned at the three-point fix and be longitudinally opposed screw thread tune with bottom thread bar and three-point fix
It is opposite with the hand of spiral of the helicitic texture on screw top club shaft to save mechanism.
Further, the three-point fix is longitudinally opposed the construction profile and three of screw thread regulating mechanism limit hole cross section
It is triangular structure that point location, which is longitudinally opposed screw thread regulating mechanism with the construction profile of gag lever post cross section, the three-point fix
It is longitudinally opposed screw thread regulating mechanism and is separately mounted to size dock universal angle bindiny mechanism with the top of screw top bar
Lower surface, it includes three that the three-point fix, which is longitudinally opposed screw thread regulating mechanism connecting plate, and three three-point fixs are longitudinally anti-
It is mounted on the upper surface of main bottom installation base plate by bolt in relationship array with connecting plate to screw thread regulating mechanism.
Further, the size dock universal angle bindiny mechanism includes size dock universal angle bindiny mechanism
With connecting plate, size dock universal angle bindiny mechanism bolt hole, size dock universal angle bindiny mechanism hemisphere
Shape hollow casing, size dock universal angle bindiny mechanism connect machine with spherical groove structure and size dock universal angle
Structure spherical, size dock universal angle bindiny mechanism's mounting hole and size dock universal angle bindiny mechanism use flat
Face structure；Size dock universal angle bindiny mechanism connecting plate is internally provided with multiple connection size docks ten thousand
To the size dock universal angle bindiny mechanism bolt hole of angle attachment mechanism connecting plate upper and lower surface, the size pair
Being provided centrally with for Jie Shi universal angle bindiny mechanism connecting plate upper surface multiple connect machine with size dock universal angle
The size dock universal angle bindiny mechanism hemispherical hollow casing that structure is an integral structure with connecting plate, the size pair
Jie Shi universal angle bindiny mechanism is provided with size dock universal angle connection machine with the inside center of hemispherical hollow casing
Structure spherical groove structure, the size dock universal angle bindiny mechanism are being located at the size with hemispherical hollow casing
One size dock universal angle bindiny mechanism is installed and is used in the inside of dock universal angle bindiny mechanism spherical groove structure
Spherical is provided centrally with the universal angle of size dock at the top of size dock universal angle bindiny mechanism spherical
Bindiny mechanism's planar structure is spent, the bottom of the size dock universal angle bindiny mechanism planar structure is provided with size
Dock universal angle bindiny mechanism mounting hole.
Further, size dock universal angle bindiny mechanism body composed by spherical groove structure interior surface
Product is made of the 3/5-3/4 of volume size dock universal angle bindiny mechanism with spherical external surface.
Further, the size dock universal angle bindiny mechanism is with connecting plate by being inserted into size dock ten thousand
The bottom of main supporting substrate, the size dock universal angle are mounted on to the bolt inside angle attachment mechanism bolt hole
The inside of bindiny mechanism's mounting hole is longitudinally opposed screw thread regulating mechanism installation rod structure inserted with three-point fix.
Further, the helical spring flexible type maximum air pressure control mechanism includes that helical spring flexible type is maximum
Air pressure control mechanism hollow casing, helical spring flexible type maximum air pressure control mechanism air sealing ring, spiral shell
Revolve spring formula maximum air pressure control mechanism hollow structure, helical spring flexible type maximum air pressure control mechanism
It is maximum with gas vent, helical spring flexible type maximum air pressure control mechanism valve plate insertion space, helical spring flexible type
Air pressure control mechanism air inlet, helical spring flexible type maximum air pressure control mechanism movable plate, helical spring
Flexible type maximum air pressure control mechanism valve plate, helical spring flexible type maximum air pressure control mechanism venthole and
Helical spring flexible type maximum air pressure control mechanism helical spring；The helical spring flexible type maximum air pressure control
The side of mechanism hollow casing processed is socketed a helical spring flexible type maximum air pressure control mechanism air sealing ring, institute
It states and is provided centrally with helical spring flexible type inside helical spring flexible type maximum air pressure control mechanism hollow casing
Maximum air pressure control mechanism hollow structure, the helical spring flexible type maximum air pressure control mechanism is with hollow outer
Shell is provided with helical spring in the side for being located at the helical spring flexible type maximum air pressure control mechanism hollow structure
Flexible type maximum air pressure control mechanism gas vent, the helical spring flexible type maximum air pressure control mechanism row
One end of one end connection helical spring flexible type maximum air pressure control mechanism hollow casing of stomata, the helical spring
Flexible type maximum air pressure control mechanism hollow casing is being located at helical spring flexible type maximum air pressure control
The other side of mechanism hollow structure is provided with helical spring flexible type maximum air pressure control mechanism valve plate insertion space,
The helical spring flexible type maximum air pressure control mechanism hollow casing is being located at the helical spring flexible type maximum
Air pressure control mechanism is provided with helical spring flexible type maximum air pressure control mechanism with the side of valve plate insertion space
With air inlet, the helical spring flexible type maximum air pressure control mechanism is connected to the helical spring flexible type with air inlet
The other side of maximum air pressure control mechanism hollow casing, the helical spring flexible type maximum air pressure control mechanism
With hollow casing in the inside installation one for being located at the helical spring flexible type maximum air pressure control mechanism hollow structure
Helical spring flexible type maximum air pressure control mechanism movable plate, the helical spring flexible type maximum air pressure control
Mechanism movable plate is being located at the helical spring flexible type maximum air pressure control mechanism valve plate insertion space side
End face center is provided with the helical spring flexible type maximum air pressure control mechanism valve plate with its integral structure, the spiral shell
The side of rotation spring formula maximum air pressure control mechanism movable plate is provided with the helical spring bullet for being connected to its both ends of the surface
Property formula maximum air pressure control mechanism venthole, helical spring flexible type maximum air pressure control mechanism movement
The other end of plate is installed by one helical spring flexible type maximum air pressure control mechanism helical spring.
Further, the helical spring flexible type maximum air pressure control mechanism is connected to secondary row with air sealing ring
One end of the inside in feed channel hole, the helical spring flexible type maximum air pressure control mechanism air inlet is connected to main air inlet
Pipe hole.
Further, the initial length of the helical spring flexible type maximum air pressure control mechanism helical spring is big
In the lateral length of the helical spring flexible type maximum air pressure control mechanism hollow structure.
Compared with prior art, the beneficial effects of the present invention are: the present invention can be in outside air driving motor and pipeline
Collective effect under, can using air driving motor generate wind-force pressure under the action of, generate for the preliminary of revolving door
Driving effect, moreover, the frictional force between its preliminary driving dynamics and revolving door and connecting component is inconsistent, thus in revolving door
Under the premise of will not independently rotating, reduce to revolving door at work required for driving dynamics, moreover, the device has at 3 points
Positioning is longitudinally opposed screw thread regulating mechanism, can realize under the principle of three-point fix and under the principle of reverse thread for upper
The angle corrective action of square component can utilize spherical shape in addition, the device has size dock universal angle bindiny mechanism
Size and shape realize the rotation connection function of multi-angle, prevent helicitic texture when adjusting, stuck phenomenon occur, in addition, should
Device has helical spring flexible type maximum air pressure control mechanism, can effectively control the maximum gas pressure of internal gas, from
And prevent that air pressure is excessive and the phenomenon that causing revolving door independently to rotate.
Detailed description of the invention
Fig. 1 is a kind of complete section structural schematic diagram of revolving door bottom driving type mounting device of the present invention；
Fig. 2 is longitudinally opposed screw thread regulating mechanism with three-point fix in bottom driving type mounting device for a kind of revolving door of the present invention
Structural schematic diagram；
Fig. 3 is the knot of size dock universal angle bindiny mechanism in a kind of revolving door bottom driving type mounting device of the present invention
Structure schematic diagram；
Fig. 4 is helical spring flexible type maximum air pressure control in a kind of revolving door bottom driving type mounting device of the present invention
The structural schematic diagram of mechanism；
In figure: 1, main bottom installation base plate, 2, main mounting structure, 3, kingbolt hole, 4, three-point fix be longitudinally opposed screw thread adjusting
Mechanism, 41, three-point fix are longitudinally opposed screw thread regulating mechanism screw shell, and 42, three-point fix is longitudinally opposed screw thread and adjusts machine
Structure screw thread section, 43, three-point fix is longitudinally opposed screw thread regulating mechanism helicitic texture, and 44, three-point fix is longitudinally opposed spiral shell
Line regulating mechanism bottom thread bar, 45, three-point fix is longitudinally opposed screw thread regulating mechanism screw top bar, and 46, three points are fixed
Position is longitudinally opposed screw thread regulating mechanism limit hole, and 47, three-point fix is longitudinally opposed screw thread regulating mechanism gag lever post, and 48, three
Point location is longitudinally opposed screw thread regulating mechanism connecting plate, and 49, three-point fix is longitudinally opposed screw thread regulating mechanism bolt hole,
410, three-point fix be longitudinally opposed screw thread regulating mechanism installation rod structure, 5, size dock universal angle bindiny mechanism, 51,
Size dock universal angle bindiny mechanism connecting plate, 52, size dock universal angle bindiny mechanism bolt hole, 53,
Size dock universal angle bindiny mechanism hemispherical hollow casing, 54, size dock universal angle bindiny mechanism ball
Connected in star structure, 55, size dock universal angle bindiny mechanism spherical, 56, size dock universal angle connects machine
Structure mounting hole, 57, size dock universal angle bindiny mechanism planar structure, 6, main supporting substrate, 7, main air inlet pipe road,
8, main exhaust pipeline, 9, main turbine installation space, 10, main hollow structure, 11, main air inlet pipe road hole, 12, main exhaust pipe hole,
14, secondary exhaust pipe hole, 15, helical spring flexible type maximum air pressure control mechanism, 151, helical spring flexible type maximum
Air pressure control mechanism hollow casing, 152, helical spring flexible type maximum air pressure control mechanism is sealed with air
Circle, 153, helical spring flexible type maximum air pressure control mechanism hollow structure, 154, helical spring flexible type is maximum empty
Gas air pressure control mechanism gas vent, 155, helical spring flexible type maximum air pressure control mechanism valve plate insertion space,
156, helical spring flexible type maximum air pressure control mechanism air inlet, 157, helical spring flexible type maximum air pressure
Control mechanism movable plate, 158, helical spring flexible type maximum air pressure control mechanism valve plate, 159, helical spring bullet
Property formula maximum air pressure control mechanism venthole, 110, helical spring flexible type maximum air pressure control mechanism spiral shell
Revolve spring, 16, main rotating shaft, 17, base bearing, 18, turbine, 19, main thread structure, 20, screw top sealing cover, 21, rotation
Axis installs axle sleeve through-hole structure, 22, main connecting flange plate.
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.
Referring to Fig. 1, a kind of embodiment provided by the invention: including main bottom installation base plate 1 and main supporting substrate 6, institute
The side for stating main bottom installation base plate 1 is provided with main mounting structure 2 with its integral structure, the main mounting structure 2 it is interior
Portion is provided with kingbolt hole 3, and by bolt installation, there are three circular arrays to be arranged for the upper surface of the main bottom installation base plate 1
Three-point fix be longitudinally opposed screw thread regulating mechanism 4, the top that each three-point fix is longitudinally opposed screw thread regulating mechanism 4 is equal
One size dock universal angle bindiny mechanism 5 is installed, the top of the size dock universal angle bindiny mechanism 5 passes through spiral shell
Bolt install a main supporting substrate 6, the main supporting substrate 6 the two sides of opposition be respectively arranged with the master of its integral structure into
Feed channel 7 and main exhaust pipeline 8, the bottom centre of the main supporting substrate 6 are provided with main turbine installation space 9, the master into
Feed channel 7 and main exhaust pipeline 8 are internally provided with the main air inlet pipe road hole being connected to main turbine installation space 9 with tangent angle
11 and main exhaust pipe hole 12, the side in the main air inlet pipe road 7 be provided with the secondary exhaust pipe 13 with its integral structure, institute
That states secondary exhaust pipe 13 is internally provided with the extraneous secondary exhaust pipe hole 14 with main air inlet pipe road hole 11 of connection, the secondary exhaust
The inside of pipe hole 14 is installed by one helical spring flexible type maximum air pressure control mechanism 15, the main bottom installation base plate 1
Top center is provided with main hollow structure 10, and the inside of the main bottom installation base plate 1 is being located at the main turbine installation space 9
A main rotating shaft 16 is installed by base bearing 17 in the both ends at center, and the main rotating shaft 16 is being located at the main turbine installation space
A turbine 18 is installed in 9 inside, and the top of the main hollow structure 10 connects screw top sealing by main thread structure 19
Lid 20, the screw top sealing cover 20 are provided centrally with rotary shaft installation axle sleeve through-hole structure 21, the main rotating shaft 16
Top by main connecting flange plate 22 connect a rotary shaft install axle sleeve 23, and the rotary shaft installation axle sleeve 23 be inserted into rotation
The inside of shaft installation axle sleeve through-hole structure 21.
Referring to Fig. 2, it includes that three-point fix is longitudinally opposed screw thread tune that the three-point fix, which is longitudinally opposed screw thread regulating mechanism 4,
Section mechanism is longitudinally opposed screw thread regulating mechanism with screw shell 41, three-point fix and is longitudinally opposed with screw thread section 42, three-point fix
Screw thread regulating mechanism is longitudinally opposed screw thread regulating mechanism bottom thread bar 44, three-point fix with helicitic texture 43, three-point fix
It is longitudinally opposed screw thread regulating mechanism and is longitudinally opposed screw thread regulating mechanism limit hole 46, three with screw top bar 45, three-point fix
Point location be longitudinally opposed screw thread regulating mechanism with gag lever post 47, three-point fix be longitudinally opposed screw thread regulating mechanism connecting plate 48,
Three-point fix is longitudinally opposed screw thread regulating mechanism and is longitudinally opposed screw thread regulating mechanism mounting rod with bolt hole 49 and three-point fix
Structure 410；The three-point fix is longitudinally opposed inside screw thread regulating mechanism screw shell 41 and is provided centrally with 3 points of connection
Positioning is longitudinally opposed screw thread regulating mechanism and is longitudinally opposed screw thread regulating mechanism spiral shell with the three-point fix of 41 both ends of the surface of screw shell
Line section 42, the three-point fix are longitudinally opposed screw thread regulating mechanism screw shell 41 longitudinally anti-positioned at the three-point fix
The inner wall in screw thread section 42 is provided with three-point fix to screw thread regulating mechanism and is longitudinally opposed screw thread regulating mechanism helicitic texture
43, the bottom and top that the three-point fix is longitudinally opposed screw thread regulating mechanism screw thread section 42 are vertical by three-point fix respectively
Three-point fix, which is connected with, to reverse thread regulating mechanism helicitic texture 43 is longitudinally opposed screw thread regulating mechanism bottom thread bar
44 and three-point fix be longitudinally opposed screw thread regulating mechanism screw top bar 45, the three-point fix is longitudinally opposed screw thread and adjusts machine
Structure is longitudinally opposed screw thread regulating mechanism with bottom thread bar 44 and three-point fix and is all provided with inside opposite end with screw top bar 45
It is equipped with three-point fix and is longitudinally opposed screw thread regulating mechanism limit hole 46, two three-point fixs are longitudinally opposed screw thread regulating mechanism
A three-point fix is inserted into the inside of limit hole 46 and is longitudinally opposed screw thread regulating mechanism gag lever post 47, and the three-point fix is longitudinal
Reverse thread regulating mechanism is longitudinally opposed screw thread regulating mechanism screw top bar with 44 bottom of bottom thread bar and three-point fix
The three-point fix that 45 tops are respectively arranged with its integral structure is longitudinally opposed screw thread regulating mechanism connecting plate 48 and at 3 points
Positioning is longitudinally opposed screw thread regulating mechanism installation rod structure 410, and the three-point fix is longitudinally opposed screw thread regulating mechanism company
Multiple three-point fixs that are internally provided with of fishplate bar 48 are longitudinally opposed screw thread regulating mechanism bolt hole 49；The three-point fix is longitudinal
Reverse thread regulating mechanism includes being arranged to be longitudinally opposed screw thread regulating mechanism screw shell in three-point fix with helicitic texture 43
The internal thread structure of 41 inner walls and setting are longitudinally opposed screw thread regulating mechanism bottom thread bar 44 in three-point fix and 3 points fixed
Position is longitudinally opposed the external thread structure on 45 body of rod of screw thread regulating mechanism screw top bar, and it is longitudinal to be located at the three-point fix
Reverse thread regulating mechanism is longitudinally opposed 45 bar of screw thread regulating mechanism screw top bar with bottom thread bar 44 and three-point fix
The hand of spiral of helicitic texture on body is opposite；The three-point fix is longitudinally opposed 46 cross section of screw thread regulating mechanism limit hole
Construction profile and three-point fix to be longitudinally opposed screw thread regulating mechanism with the construction profile of 47 cross section of gag lever post be triangle
Structure, the three-point fix are longitudinally opposed screw thread regulating mechanism and are separately mounted to size dock with the top of screw top bar 45
The lower surface of universal angle bindiny mechanism, it includes three that the three-point fix, which is longitudinally opposed screw thread regulating mechanism connecting plate 48,
And three three-point fixs are longitudinally opposed screw thread regulating mechanism and are mounted on main bottom peace by bolt in relationship array with connecting plate 48
The upper surface of substrate 1 is filled, main function is: due to the effect of reverse thread, so when rotation three-point fix is longitudinally opposed spiral shell
Line regulating mechanism screw shell 41 can change longitudinal height of the device, due to the setting of annular array, so at 3 points
Positioning principle can adjust horizontality, and by constantly adjusting each device, angular adjustment effect can be realized.
Referring to Fig. 3, the size dock universal angle bindiny mechanism 5 includes that size dock universal angle connects machine
Structure connecting plate 51, size dock universal angle bindiny mechanism bolt hole 52, size dock universal angle bindiny mechanism
It is universal with hemispherical hollow casing 53, size dock universal angle bindiny mechanism spherical groove structure 54, size dock
Angle attachment mechanism spherical 55, size dock universal angle bindiny mechanism mounting hole 56 and the universal angle of size dock
Spend bindiny mechanism's planar structure 57；The size dock universal angle bindiny mechanism is more with being internally provided with for connecting plate 51
The size dock universal angle of a connection size dock universal angle bindiny mechanism 51 upper and lower surface of connecting plate connects machine
Structure bolt hole 52, the size dock universal angle bindiny mechanism 51 upper surface of connecting plate be provided centrally with it is multiple with
The size dock universal angle bindiny mechanism that size dock universal angle bindiny mechanism connecting plate 51 is an integral structure
With hemispherical hollow casing 53, the inside center of the size dock universal angle bindiny mechanism hemispherical hollow casing 53
It is provided with size dock universal angle bindiny mechanism spherical groove structure 54, the size dock universal angle connects machine
Structure is being located in the size dock universal angle bindiny mechanism spherical groove structure 54 with hemispherical hollow casing 53
A size dock universal angle bindiny mechanism spherical 55 is installed in portion, and the size dock universal angle bindiny mechanism uses
55 top of spherical is provided centrally with size dock universal angle bindiny mechanism planar structure 57, the size dock
Universal angle bindiny mechanism is provided with size dock universal angle bindiny mechanism mounting hole 56 with the bottom of planar structure 57；
Size dock universal angle bindiny mechanism volume composed by 54 inner surface of spherical groove structure is size dock
The 3/5-3/4 of universal angle bindiny mechanism the formed volume in 55 outer surface of spherical；The size dock universal angle connects
Connection mechanism connecting plate 51 is installed by being inserted into bolt of the size dock universal angle bindiny mechanism inside bolt hole 52
In the bottom of main supporting substrate 6, the inside of size dock universal angle bindiny mechanism mounting hole 56 is inserted with 3 points
Positioning is longitudinally opposed screw thread regulating mechanism installation rod structure 410, and main function is: since size dock universal angle connects
Connection mechanism volume composed by 54 inner surface of spherical groove structure is size dock universal angle bindiny mechanism spherical
The 3/5-3/4 of the formed volume in 55 outer surfaces, so under the action of dimensional structure, so that the two is under the premise of connection, energy
It is enough to be rotated in certain angle, to prevent the stuck state that screw thread is adjusted and is occurred.
Referring to Fig. 4, the helical spring flexible type maximum air pressure control mechanism 15 includes helical spring flexible type
Maximum air pressure control mechanism hollow casing 151, helical spring flexible type maximum air pressure control mechanism air are close
Seal 152, helical spring flexible type maximum air pressure control mechanism hollow structure 153, helical spring flexible type are maximum empty
Gas air pressure control mechanism gas vent 154, helical spring flexible type maximum air pressure control mechanism valve plate insertion space
155, helical spring flexible type maximum air pressure control mechanism air inlet 156, helical spring flexible type maximum air pressure
Control mechanism movable plate 157, helical spring flexible type maximum air pressure control mechanism valve plate 158, helical spring elasticity
Formula maximum air pressure control mechanism venthole 159 and helical spring flexible type maximum air pressure control mechanism spiral bullet
Spring 1510；The side of the helical spring flexible type maximum air pressure control mechanism hollow casing 151 is socketed a spiral bullet
Spring flexible type maximum air pressure control mechanism air sealing ring 152, the helical spring flexible type maximum air pressure control
The hollow knot of helical spring flexible type maximum air pressure control mechanism is provided centrally with inside mechanism hollow casing 151 processed
Structure 153, the helical spring flexible type maximum air pressure control mechanism are being located at the helical spring bullet with hollow casing 151
Property formula maximum air pressure control mechanism is provided with helical spring flexible type maximum air pressure control with the side of hollow structure 153
Mechanism processed gas vent 154, one end connection of the helical spring flexible type maximum air pressure control mechanism gas vent 154
One end of helical spring flexible type maximum air pressure control mechanism hollow casing 151, the helical spring flexible type are maximum
Air pressure control mechanism is with hollow casing 151 in being located at helical spring flexible type maximum air pressure control mechanism use
The other side of hollow structure 153 is provided with helical spring flexible type maximum air pressure control mechanism valve plate insertion space 155, institute
It states helical spring flexible type maximum air pressure control mechanism hollow casing 151 and is being located at the helical spring flexible type maximum
Air pressure control mechanism is provided with helical spring flexible type maximum air pressure control machine with the side of valve plate insertion space 155
Structure air inlet 156, the helical spring flexible type maximum air pressure control mechanism air inlet 156 are connected to the spiral bullet
The other side of spring flexible type maximum air pressure control mechanism hollow casing 151, the helical spring flexible type maximum air
Air pressure control mechanism is being located at the hollow knot of the helical spring flexible type maximum air pressure control mechanism with hollow casing 151
The inside of structure 153 is installed by one helical spring flexible type maximum air pressure control mechanism movable plate 157, the helical spring bullet
Property formula maximum air pressure control mechanism with movable plate 157 be located at the helical spring flexible type maximum air pressure control machine
Structure is provided with the helical spring flexible type maximum air with its integral structure with the end face center of 155 side of valve plate insertion space
Air pressure control mechanism valve plate 158, the side of the helical spring flexible type maximum air pressure control mechanism movable plate 157
It is provided with the helical spring flexible type maximum air pressure control mechanism venthole 159 for being connected to its both ends of the surface, the spiral bullet
The other end of spring flexible type maximum air pressure control mechanism movable plate 157 is installed by one helical spring flexible type maximum air
Air pressure control mechanism helical spring 1510；The helical spring flexible type maximum air pressure control mechanism air sealing ring
152 are connected to the inside in secondary exhaust pipe hole 14, the helical spring flexible type maximum air pressure control mechanism air inlet
156 one end is connected to main air inlet pipe road hole 11；The helical spring flexible type maximum air pressure control mechanism helical spring
The transverse direction that 1510 initial length is greater than the helical spring flexible type maximum air pressure control mechanism hollow structure 153 is long
Degree, main function is: the elastic stool and urine of helical spring flexible type maximum air pressure control mechanism helical spring 1510
It is the size of maximum gas pressure value, air pressure inside is greater than helical spring flexible type maximum air pressure control mechanism helical spring
When 1510 elastic force, air will be discharged in inside in time, to be depressured, so certain note: revolving door and installation position
Between frictional force and helical spring flexible type maximum air pressure control mechanism it is identical with the elasticity of helical spring 1510.
Specifically used mode: in present invention work, first will need to install the lower section borehole of revolving door, then bring cement into,
After cement setting, main bottom installation base plate 1 is mounted on cement surface by bolt, external pipeline is then recycled to connect respectively
Main exhaust pipeline 8 and secondary exhaust pipe 14 are connect, pipeline connection main air inlet pipe road 7 and an external air driving motor are recycled
Gas vent, then, respectively adjust three-point fix be longitudinally opposed screw thread regulating mechanism 4, make winner's supporting substrate 6 be in it is horizontal
Then the device is tightly secured in hole by cement by state again, after theing cement solidifies, the screw top sealing cover 20 that must be
Upper surface and ground be in same level, then by normal installation method, by the bottom rotating shaft peace of revolving door
The inside of axle sleeve 24 is installed mounted in rotary shaft in the prior art, at this point, i.e. openable air driving motor, air is not
Disconnected injection can make turbine 5 generate the trend of rotation, and then offset and installing from revolving door under the action of atmospheric pressure
The frictional force at position reduces people and pushes dynamics required for revolving door.
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 (10)
1. a kind of revolving door bottom driving type mounting device, including main bottom installation base plate (1) and main supporting substrate (6),
Be characterized in that: the side of the main bottom installation base plate (1) is provided with the main mounting structure (2) with its integral structure, described
Main mounting structure (2) is internally provided with kingbolt hole (3), and the upper surface of the main bottom installation base plate (1) is pacified by bolt
There are three the three-point fixs of circular array setting to be longitudinally opposed screw thread regulating mechanism (4) for dress, and each three-point fix is longitudinal
A size dock universal angle bindiny mechanism (5), the size dock are respectively mounted at the top of reverse thread regulating mechanism (4)
A main supporting substrate (6) is installed by bolt in the top of universal angle bindiny mechanism (5), and the main supporting substrate (6) is being opposed
Two sides be respectively arranged with main air inlet pipe road (7) and main exhaust pipeline (8) with its integral structure, the main supporting substrate
(6) bottom centre is provided with main turbine installation space (9), and the inside of the main air inlet pipe road (7) and main exhaust pipeline (8) is set
It is equipped with the main air inlet pipe road hole (11) being connected to main turbine installation space (9) with tangent angle and main exhaust pipe hole (12), institute
The side for stating main air inlet pipe road (7) is provided with secondary exhaust pipe (13) with its integral structure, the pair exhaust pipe (13)
Be internally provided with that connection is extraneous and the secondary exhaust pipe hole (14) in main air inlet pipe road hole (11), the pair exhaust pipe hole (14)
Inside one helical spring flexible type maximum air pressure control mechanism (15) is installed, at the top of the main bottom installation base plate (1)
It is provided centrally with main hollow structure (10), the inside of the main bottom installation base plate (1) is being located at the main turbine installation space
(9) both ends at center are being located at the main whirlpool by base bearing (17) installation one main rotating shaft (16), the main rotating shaft (16)
A turbine (18) are installed in the inside for taking turns installation space (9), and the top of the main hollow structure (10) passes through main thread structure (19)
A screw top sealing cover (20) is connected, the screw top sealing cover (20) is provided centrally with rotary shaft installation axle sleeve through-hole
The top of structure (21), the main rotating shaft (16) connects rotary shaft installation axle sleeve (23) by main connecting flange plate (22),
And rotary shaft installation axle sleeve (23) is inserted into the inside of rotary shaft installation axle sleeve through-hole structure (21).
2. a kind of revolving door bottom driving type mounting device according to claim 1, it is characterised in that: described 3 points fixed
It includes that three-point fix is longitudinally opposed screw thread regulating mechanism screw shell (41), at 3 points that position, which is longitudinally opposed screw thread regulating mechanism (4),
Positioning is longitudinally opposed screw thread regulating mechanism and is longitudinally opposed screw thread regulating mechanism helicitic texture with screw thread section (42), three-point fix
(43), three-point fix is longitudinally opposed screw thread regulating mechanism and is longitudinally opposed screw thread adjusting machine with bottom thread bar (44), three-point fix
Structure is longitudinally opposed screw thread regulating mechanism with screw top bar (45), three-point fix and is longitudinally opposed with limit hole (46), three-point fix
Screw thread regulating mechanism is longitudinally opposed screw thread regulating mechanism connecting plate (48) with gag lever post (47), three-point fix, three-point fix is indulged
Screw thread regulating mechanism installation rod structure is longitudinally opposed with bolt hole (49) and three-point fix to reverse thread regulating mechanism
(410)；The three-point fix is longitudinally opposed internal being provided centrally with of screw thread regulating mechanism screw shell (41) and is connected at 3 points
Positioning is longitudinally opposed screw thread regulating mechanism and is longitudinally opposed screw thread regulating mechanism use with the three-point fix of screw shell (41) both ends of the surface
Screw thread section (42), the three-point fix are longitudinally opposed screw thread regulating mechanism screw shell (41) and are being located at the three-point fix
Be longitudinally opposed screw thread regulating mechanism with the inner wall of screw thread section (42) be provided with three-point fix be longitudinally opposed screw thread regulating mechanism use
Helicitic texture (43), the bottom and top that the three-point fix is longitudinally opposed screw thread regulating mechanism screw thread section (42) lead to respectively
Cross three-point fix be longitudinally opposed screw thread regulating mechanism with helicitic texture (43) be connected with three-point fix be longitudinally opposed screw thread adjust machine
Structure is longitudinally opposed screw thread regulating mechanism screw top bar (45), the three-point fix with bottom thread bar (44) and three-point fix
It is longitudinally opposed screw thread regulating mechanism and is longitudinally opposed screw thread regulating mechanism screw top with bottom thread bar (44) and three-point fix
Bar (45) is provided with three-point fix inside opposite end and is longitudinally opposed screw thread regulating mechanism limit hole (46), and 2 described 3 points
The inside that positioning is longitudinally opposed screw thread regulating mechanism limit hole (46) is inserted into a three-point fix and is longitudinally opposed screw thread regulating mechanism
With gag lever post (47), the three-point fix is longitudinally opposed screw thread regulating mechanism bottom thread bar (44) bottom and three-point fix is vertical
The three-point fix being respectively arranged at the top of to reverse thread regulating mechanism screw top bar (45) with its integral structure is longitudinal
Reverse thread regulating mechanism is longitudinally opposed screw thread regulating mechanism installation rod structure (410) with connecting plate (48) and three-point fix,
Multiple three-point fixs that are internally provided with that the three-point fix is longitudinally opposed screw thread regulating mechanism connecting plate (48) are longitudinally opposed
Screw thread regulating mechanism is with bolt hole (49).
3. a kind of revolving door bottom driving type mounting device according to claim 2, it is characterised in that: described 3 points fixed
It includes being arranged to be longitudinally opposed screw thread regulating mechanism use in three-point fix that position, which is longitudinally opposed screw thread regulating mechanism with helicitic texture (43),
The internal thread structure of screw shell (41) inner wall and setting are longitudinally opposed screw thread regulating mechanism bottom thread bar in three-point fix
(44) and three-point fix is longitudinally opposed the external thread structure on screw thread regulating mechanism screw top bar (45) body of rod, and is located at institute
It states three-point fix and is longitudinally opposed screw thread regulating mechanism and be longitudinally opposed screw thread regulating mechanism with bottom thread bar (44) and three-point fix
Hand of spiral with the helicitic texture on screw top bar (45) body of rod is opposite.
4. a kind of revolving door bottom driving type mounting device according to claim 2, it is characterised in that: described 3 points fixed
Position is longitudinally opposed the screw thread regulating mechanism construction profile of limit hole (46) cross section and three-point fix is longitudinally opposed screw thread adjusting
Mechanism is triangular structure with the construction profile of gag lever post (47) cross section, and the three-point fix is longitudinally opposed screw thread and adjusts machine
Structure is separately mounted to the lower surface of size dock universal angle bindiny mechanism with the top of screw top bar (45), and described 3 points
It includes three that positioning, which is longitudinally opposed screw thread regulating mechanism connecting plate (48), and three three-point fixs are longitudinally opposed screw thread and adjust machine
Structure is mounted on the upper surface of main bottom installation base plate (1) with connecting plate (48) in relationship array by bolt.
5. a kind of revolving door bottom driving type mounting device according to claim 1, it is characterised in that: the size pair
Jie Shi universal angle bindiny mechanism (5) includes size dock universal angle bindiny mechanism connecting plate (51), size dock
Universal angle bindiny mechanism bolt hole (52), size dock universal angle bindiny mechanism hemispherical hollow casing (53),
Size dock universal angle bindiny mechanism spherical groove structure (54), size dock universal angle bindiny mechanism are spherical
Body (55), size dock universal angle bindiny mechanism mounting hole (56) and size dock universal angle bindiny mechanism use flat
Face structure (57)；Size dock universal angle bindiny mechanism connecting plate (51) is internally provided with multiple connection sizes
The size dock universal angle bindiny mechanism bolt of dock universal angle bindiny mechanism connecting plate (51) upper and lower surface
Hole (52), the size dock universal angle bindiny mechanism are provided centrally with multiple and size with connecting plate (51) upper surface
Dock universal angle bindiny mechanism is used with the size dock universal angle bindiny mechanism that connecting plate (51) is an integral structure
Hemispherical hollow casing (53), in inside of the size dock universal angle bindiny mechanism with hemispherical hollow casing (53)
The heart is provided with size dock universal angle bindiny mechanism with spherical groove structure (54), and the size dock universal angle connects
Connection mechanism is being located at the size dock universal angle bindiny mechanism spherical groove structure with hemispherical hollow casing (53)
(54) inside is installed by one size dock universal angle bindiny mechanism spherical (55), the size dock universal angle
Bindiny mechanism is provided centrally with size dock universal angle bindiny mechanism planar structure (57) at the top of spherical (55),
The size dock universal angle bindiny mechanism is provided with size dock universal angle with the bottom of planar structure (57) and connects
Connection mechanism is with mounting hole (56).
6. a kind of revolving door bottom driving type mounting device according to claim 5, it is characterised in that: the size pair
Volume composed by Jie Shi universal angle bindiny mechanism spherical groove structure (54) inner surface is size dock universal angle
The 3/5-3/4 of bindiny mechanism's formed volume in spherical (55) outer surface.
7. a kind of revolving door bottom driving type mounting device according to claim 5, it is characterised in that: the size pair
Jie Shi universal angle bindiny mechanism is with connecting plate (51) by being inserted into size dock universal angle bindiny mechanism bolt hole
(52) internal bolt is mounted on the bottom of main supporting substrate (6), the size dock universal angle bindiny mechanism installation
The inside in hole (56) is longitudinally opposed screw thread regulating mechanism installation rod structure (410) inserted with three-point fix.
8. a kind of revolving door bottom driving type mounting device according to claim 1, it is characterised in that: the spiral bullet
Spring flexible type maximum air pressure control mechanism (15) includes helical spring flexible type maximum air pressure control mechanism with hollow
Shell (151), helical spring flexible type maximum air pressure control mechanism air sealing ring (152), helical spring flexible type
Maximum air pressure control mechanism hollow structure (153), the exhaust of helical spring flexible type maximum air pressure control mechanism
Hole (154), helical spring flexible type maximum air pressure control mechanism valve plate insertion space (155), helical spring flexible type
Maximum air pressure control mechanism air inlet (156), helical spring flexible type maximum air pressure control mechanism movable plate
(157), helical spring flexible type maximum air pressure control mechanism valve plate (158), helical spring flexible type maximum air gas
Press control mechanism venthole (159) and helical spring flexible type maximum air pressure control mechanism helical spring (1510)；
The side of helical spring flexible type maximum air pressure control mechanism hollow casing (151) is socketed helical spring elasticity
Formula maximum air pressure control mechanism controls machine with air sealing ring (152), the helical spring flexible type maximum air pressure
Structure hollow casing (151) inside is provided centrally with helical spring flexible type maximum air pressure control mechanism hollow structure
(153), the helical spring flexible type maximum air pressure control mechanism is being located at the helical spring with hollow casing (151)
Flexible type maximum air pressure control mechanism is provided with helical spring flexible type maximum air gas with the side of hollow structure (153)
Press control mechanism gas vent (154), the helical spring flexible type maximum air pressure control mechanism gas vent (154)
One end is connected to one end of helical spring flexible type maximum air pressure control mechanism hollow casing (151), the helical spring
Flexible type maximum air pressure control mechanism is being located at the helical spring flexible type maximum air pressure with hollow casing (151)
Control mechanism is provided with helical spring flexible type maximum air pressure control mechanism valve plate with the other side of hollow structure (153)
Insertion space (155), the helical spring flexible type maximum air pressure control mechanism is with hollow casing (151) positioned at described
Helical spring flexible type maximum air pressure control mechanism is provided with helical spring elasticity with the side of valve plate insertion space (155)
Formula maximum air pressure control mechanism is used with air inlet (156), the helical spring flexible type maximum air pressure control mechanism
Air inlet (156) is connected to the other side of helical spring flexible type maximum air pressure control mechanism hollow casing (151),
The helical spring flexible type maximum air pressure control mechanism is being located at the helical spring flexible type with hollow casing (151)
The inside of maximum air pressure control mechanism hollow structure (153) is installed by the control of one helical spring flexible type maximum air pressure
Mechanism is being located at institute with movable plate (157) with movable plate (157), the helical spring flexible type maximum air pressure control mechanism
State helical spring flexible type maximum air pressure control mechanism with the end face center of valve plate insertion space (155) side be provided with
The helical spring flexible type maximum air pressure control mechanism of its integral structure valve plate (158), the helical spring elasticity
Formula maximum air pressure control mechanism with the side of movable plate (157) be provided be connected to its both ends of the surface helical spring flexible type most
Big air pressure control mechanism venthole (159), the helical spring flexible type maximum air pressure control mechanism movement
One helical spring flexible type maximum air pressure control mechanism is installed with helical spring (1510) in the other end of plate (157).
9. a kind of revolving door bottom driving type mounting device according to claim 8, it is characterised in that: the spiral bullet
Spring flexible type maximum air pressure control mechanism is connected to the inside of secondary exhaust pipe hole (14), institute with air sealing ring (152)
State one end connection main air inlet pipe road hole (11) of helical spring flexible type maximum air pressure control mechanism air inlet (156).
10. a kind of revolving door bottom driving type mounting device according to claim 8, it is characterised in that: the spiral
The initial length of spring formula maximum air pressure control mechanism helical spring (1510) is greater than the helical spring elasticity
The lateral length of formula maximum air pressure control mechanism hollow structure (153).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910404346.0A CN110107183B (en) | 2019-05-16 | 2019-05-16 | Bottom driving type mounting device for rotary door |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910404346.0A CN110107183B (en) | 2019-05-16 | 2019-05-16 | Bottom driving type mounting device for rotary door |
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| CN110107183A true CN110107183A (en) | 2019-08-09 |
| CN110107183B CN110107183B (en) | 2020-11-20 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201910404346.0A Expired - Fee Related CN110107183B (en) | 2019-05-16 | 2019-05-16 | Bottom driving type mounting device for rotary door |
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| CN111276908A (en) * | 2020-02-13 | 2020-06-12 | 王欣欣 | Cable construction draw gear for power engineering |
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| CN110107183B (en) | 2020-11-20 |
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