CN204609601U - Magnetic suspension self-powered vertical hinged automatic door - Google Patents
Magnetic suspension self-powered vertical hinged automatic door Download PDFInfo
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- CN204609601U CN204609601U CN201520135046.4U CN201520135046U CN204609601U CN 204609601 U CN204609601 U CN 204609601U CN 201520135046 U CN201520135046 U CN 201520135046U CN 204609601 U CN204609601 U CN 204609601U
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Abstract
The utility model relates to the automatic door that building uses, in particular to a kind of magnetic suspension self-powered vertical hinged automatic door.The self-driven vertical hinged automatic door of described magnetic suspension comprises support frame, slip flap door and driven unit, described sliding closure header is provided with magnetic suspension mechanism, described support frame top is provided with magnetic suspension mechanism an actor's rendering of an operatic tune, described magnetic suspension mechanism is steadily suspended in magnetic suspension mechanism an actor's rendering of an operatic tune, the driven unit that described control slip flap door is slided is fixed in magnetic suspension mechanism an actor's rendering of an operatic tune, and the corresponding described magnetic suspension mechanism in position, the beneficial effects of the utility model: carry out switch gate by magnetic suspension principle, reduce noise, fast response time, can Long-Time Service, damage can't be caused because of friction, application anti-pinch sensor can realize brake hard, prevent people from being crushed, have more practicality.
Description
Technical field
The utility model relates to the automatic door that building uses, in particular to a kind of magnetic suspension self-powered vertical hinged automatic door.
Background technology
Society, automation and intelligentification is more and more universal, and automatic door, as the daily modal article of people, plays an important role day by day.
But traditional automatic door generally there are the following problems: 1. driven by Electric Machine Control, the switch of the rotating control gate of motor, there is the drawback that noise is large, the response time is limited; 2. motor is placed on above a wing both sides or the door wing, exerts a certain influence to automatic door overall appearance; 3. because the drives structure of door body is generally made up of gear, chain, in automatic door closure or openness process, there is phase mutual friction, the time easily causes structural wear once long, thus causes the life-span of automatic door shorter; 4. traditional automatic door does not have a kind of effective anti-jamming device to ensure the safety of people, threatens to the life security of people; 5., when general automatic door has detected people according to infrared sensor, automatically opened, can not according to the switching speed of pedestrian's quantity and pedestrian's speeds control door body.
Utility model content
For solving the problem, the utility model proposes a kind of magnetic suspension self-powered vertical hinged automatic door, the switch of automatic door is realized, by controlling stator tooth and whether to be energized to electric current and current electrifying direction and proof mechanism double action realizing the brake hard of automatic door by the drives structure in door body.
A kind of magnetic suspension self-powered vertical hinged automatic door, described magnetic suspension self-powered vertical hinged automatic door comprises support frame, slip flap door and driven unit, described sliding closure header is provided with magnetic suspension mechanism, described support frame top is provided with magnetic suspension mechanism an actor's rendering of an operatic tune, described magnetic suspension mechanism is steadily suspended in magnetic suspension mechanism an actor's rendering of an operatic tune, the driven unit that described control slip flap door is slided is fixed in magnetic suspension mechanism an actor's rendering of an operatic tune, and the corresponding described magnetic suspension mechanism in position.
Further, described magnetic suspension mechanism an actor's rendering of an operatic tune comprises top layer magnet and lower support magnet, described top layer magnet is fixed on magnetic suspension mechanism an actor's rendering of an operatic tune top side, and described lower support magnet is fixed on magnetic suspension mechanism an actor's rendering of an operatic tune bottom side, and described top layer magnet is corresponding with lower support magnet positions.
Further, described magnetic suspension mechanism comprises on automatic door and supports, automatic door supports on upper magnet and automatic door supports lower magnet, described automatic door supports and upper magnet and automatic door support lower magnet is separately fixed at the upper and lower both sides that automatic door supports, and described automatic door supports position corresponding top layer magnet and the lower support magnet respectively upper magnet and automatic door supporting lower magnet.
Further, described driven unit comprises multiple stator tooth and multiple mover tooth, described stator tooth is fixed on magnetic suspension mechanism an actor's rendering of an operatic tune inwall both sides, described mover tooth is fixed on automatic door and supports both sides, described mover tooth is consistent with stator tooth level height, and the width of described stator tooth and mover tooth is て, and described in be fixed on the same side stator tooth between spacing be て, between the described mover tooth being fixed on the same side, spacing is the span of て+1/3 て, described て is 30 ~ 150mm.
Further, described magnetic suspension self-powered vertical hinged automatic door also comprises Horizontal limiting assembly and vertical limit assembly, described Horizontal limiting assembly comprises Horizontal limiting projection and Horizontal limiting groove, described Horizontal limiting groove is arranged on center position on the downside of top layer, described Horizontal limiting projection is arranged on automatic door and supports upper center position, and put corresponding with Horizontal limiting slot, described Horizontal limiting projection is placed in Horizontal limiting groove, described vertical limit assembly comprises vertical stopper slot and vertical spacing preiection, described vertical stopper slot is fixed on magnetic suspension mechanism an actor's rendering of an operatic tune inwall both sides, described vertical spacing preiection is fixed on automatic door and supports both sides, and it is corresponding with vertical stopper slot position, described vertical spacing preiection is placed in vertical stopper slot, protruding and the vertical spacing preiection of described Horizontal limiting is provided with spacing preiection magnet, ball axle sleeve or cartridge sleeve, and be provided with and stopper slot magnet in Horizontal limiting groove and vertically stopper slot, described spacing preiection magnet is contrary with stopper slot magnet magnetic.
Further, on the upside of described lower support magnet and automatic door supports on the downside of lower magnet and be " V " shape, the downside of described top layer magnet and automatic door support on the upside of upper magnet and is down " V " shape or plane.
Further, described lower support magnet, automatic door support and lower magnet, top layer magnet and automatic door supports upper magnet there is an inclined plane respectively, the angle of inclination on described inclined plane is identical, the inclined plane of described top layer magnet and lower support magnet supports on automatic door, described automatic door supports inclined plane lower magnet and automatic door supporting upper magnet and oppositely and on automatic door supports.
Further, on the upside of described lower support magnet, automatic door supports to support on the downside of lower magnet, on the downside of top layer magnet and on automatic door be on the upside of upper magnet plane, and on the downside of described top layer magnet and automatic door supports on the downside of lower magnet there is a Horizontal limiting groove, on the upside of described lower support magnet and automatic door supports all to have a Horizontal limiting on the upside of upper magnet protruding, described Horizontal limiting groove and Horizontal limiting raised position mutually corresponding.
Further, the self-driven safe automatic door of described magnetic suspension also comprises an anti-clip assembly, described anti-clip assembly comprises proof mechanism friction plate, automatic door friction plate and electromagnet, described proof mechanism friction plate is fixed on magnetic suspension mechanism an actor's rendering of an operatic tune inwall by spring and spring fixed seat, described automatic door friction plate is fixed on automatic door and supports both sides, described electromagnet is fixed on magnetic suspension mechanism an actor's rendering of an operatic tune inwall by electromagnet holder, at grade, and this plane is corresponding with proof mechanism friction plate for described electromagnet and automatic door friction plate.
Further, the self-driven safe automatic door of described magnetic suspension also comprises a sensor cluster and a main control chip, and described sensor group comprises the sensor of a detection pedestrian speed, the sensor of detect lines people quantity and an anti-pinch sensor.
The beneficial effects of the utility model: carry out switch gate by magnetic suspension principle, reduce noise, fast response time, can Long-Time Service, and can't cause damage because of friction, application anti-pinch sensor can realize brake hard, prevents people from being crushed, has more practicality.
Accompanying drawing explanation
Above-mentioned and/or additional aspect of the present utility model and advantage will become obvious and easy understand from accompanying drawing below combining to the description of embodiment, wherein:
Fig. 1 shows the front view of the monnolithic case of the utility model embodiment 1;
Fig. 2 shows the integrally-built front view of the utility model embodiment 1;
Fig. 3 shows the magnetic suspension mechanism schematic diagram of the integrally-built front view of the utility model embodiment 1;
Fig. 4 shows the A-A sectional view of the integrally-built front view of the utility model embodiment 1;
The door that Fig. 5 shows the utility model embodiment 1 opens the schematic diagram of drives structure;
The door that Fig. 6 shows the utility model embodiment 1 closes the schematic diagram of drives structure;
Fig. 7 shows the schematic diagram of the anti-jamming device of the utility model embodiment 1;
Fig. 8 shows the schematic diagram of magnetic suspension mechanism an actor's rendering of an operatic tune of the utility model embodiment 1;
Fig. 9 show the utility model embodiment 2 the schematic diagram of magnetic suspension mechanism an actor's rendering of an operatic tune;
Figure 10 show the utility model embodiment 2 another structural representation of magnetic suspension mechanism an actor's rendering of an operatic tune;
Figure 11 show the utility model embodiment 3 the schematic diagram of magnetic suspension mechanism an actor's rendering of an operatic tune;
Figure 12 show the utility model embodiment 3 another structural representation of magnetic suspension mechanism an actor's rendering of an operatic tune;
Figure 13 show the utility model embodiment 4 the schematic diagram of magnetic suspension mechanism an actor's rendering of an operatic tune;
Figure 14 show the utility model embodiment 4 another structural representation of magnetic suspension mechanism an actor's rendering of an operatic tune;
Shown in figure, list of numerals is as follows:
1, supporter, 2, top layer, 3, left wing's door, 4, Right Side Gate, 5, lower support, 6, door edge, 7, door pillar, 8, magnetic suspension mechanism an actor's rendering of an operatic tune lower support, 9, top layer magnet, 10, magnetic suspension mechanism an actor's rendering of an operatic tune lower support magnet, 11, magnetic suspension mechanism an actor's rendering of an operatic tune, 12, proof mechanism friction plate, 13, automatic door friction plate, 14, stator tooth, 15, mover tooth, 16, magnetic suspension mechanism, 17, moving door an actor's rendering of an operatic tune, 18, automatic door supports, 19, automatic door supports upper magnet, 20, automatic door supports lower magnet, 21, spring, 22, spring fixed seat, 23, electromagnet holder, 24, electromagnet, 25, proof mechanism magnet, 26, proximity switch, 27, sensor, 28, Horizontal limiting groove, 29, Horizontal limiting is protruding, 30, vertical stopper slot, 31 vertical spacing preiections.
Detailed description of the invention
Be described below in detail embodiment of the present utility model, the example of described embodiment is shown in the drawings, and wherein same or similar label represents same or similar element or has element that is identical or similar functions from start to finish.Being exemplary below by the embodiment be described with reference to the drawings, only for explaining the utility model, and can not being interpreted as restriction of the present utility model.
In description of the present utility model, it will be appreciated that, orientation or the position relationship of the instruction such as term " " center ", " on ", D score, "front", "rear", "left", "right" be based on orientation shown in the drawings or position relationship; be only the utility model and simplified characterization for convenience of description; instead of instruction or imply the device of indication or element must have specific orientation, with specific azimuth configuration and operation, therefore can not be interpreted as restriction of the present utility model.
In description of the present utility model, it should be noted that, unless otherwise clearly defined and limited, term " is connected ", " connection " should be interpreted broadly, such as, can be fixedly connected with, also can be removably connect, or connect integratedly; Can be mechanical connection, also can be electrical connection; Can be directly be connected, also indirectly can be connected by intermediary, can be the connection of two element internals.For the ordinary skill in the art, concrete condition the concrete meaning of above-mentioned term in the utility model can be understood.
Embodiment 1
As shown in figures 1 to 6, described magnetic suspension self-powered vertical hinged automatic door comprises support frame, slip flap door and driven unit, described sliding closure header is provided with magnetic suspension mechanism, described support frame top is provided with magnetic suspension mechanism an actor's rendering of an operatic tune 11, described magnetic suspension mechanism is steadily suspended in magnetic suspension mechanism an actor's rendering of an operatic tune 11, the driven unit that described control slip flap door is slided is fixed in magnetic suspension mechanism an actor's rendering of an operatic tune, and the corresponding described magnetic suspension mechanism in position;
Described support frame comprises supporter 1, top layer 2, lower support 5 and moving door an actor's rendering of an operatic tune 17, described top layer 2 is fixed in lower support 5 by supporter 1, described moving door an actor's rendering of an operatic tune 17 is fixed between lower support 5 and top layer 2, described slip flap door is slided in moving door an actor's rendering of an operatic tune 17, described top layer 2 is provided with magnetic suspension mechanism an actor's rendering of an operatic tune 11, described magnetic suspension mechanism an actor's rendering of an operatic tune comprises top layer magnet 9 and magnetic suspension mechanism an actor's rendering of an operatic tune lower support magnet 10, described top layer magnet is fixed on magnetic suspension mechanism an actor's rendering of an operatic tune top side, described magnetic suspension mechanism an actor's rendering of an operatic tune lower support magnet 10 is fixed on magnetic suspension mechanism an actor's rendering of an operatic tune bottom side, and described top layer magnet 9 is corresponding with lower support magnet positions.
Described slip flap door comprises left wing's door 3, Right Side Gate 4, a described left side, Right Side Gate (3, 4) one end contacted is equipped with along 6, the other end in contrast to contact one end is equipped with door pillar 7, and a described left side, Right Side Gate (3, 4) top is provided with magnetic suspension mechanism 16, described magnetic suspension mechanism 16 comprises support 18 on automatic door, automatic door supports on upper magnet and automatic door and support lower magnet, described automatic door supports upper magnet and automatic door support lower magnet be separately fixed at automatic door supports 18 upper, lower both sides, and described automatic door supports position corresponding top layer magnet 9 and the magnetic suspension mechanism an actor's rendering of an operatic tune lower support magnet 10 respectively upper magnet and automatic door supporting lower magnet.
Described magnetic suspension mechanism an actor's rendering of an operatic tune bottom side is magnetic suspension mechanism an actor's rendering of an operatic tune lower support 8; Described magnetic suspension mechanism an actor's rendering of an operatic tune lower support magnet 10 is " V " shape; Described automatic door supports upper magnet 19 for falling " V " shape; Described automatic door supports lower magnet 20 for " V " shape, described top layer magnet 9 is for falling " V " shape.
Described driven unit comprises multiple stator tooth 14 and multiple mover tooth 15, and described stator tooth 14 is fixed on magnetic suspension mechanism an actor's rendering of an operatic tune inwall both sides, and described mover tooth 15 is fixed on automatic door and supports 18 both sides,
Described magnetic suspension self-powered vertical hinged automatic door also comprises proof mechanism friction plate 12, automatic door friction plate 13, spring 21, spring fixed seat 22, electromagnet holder 23, electromagnet 24, proof mechanism magnet 25, proximity switch 26.
Specifically, lower support 5 is the carrier of whole magnetic suspension self-powered vertical hinged automatic door, and is cuboid.Top layer 2 is rectangle, and supporter 1 is arranged in lower support 5, and is distributed in the left and right sides.Top layer 2 be arranged on be distributed in lower support 5 left and right sides supporter 1 on.Flexible automatic door comprises left and right flap door (3,4).When left and right flap door (3,4) closes, door closes along 6.
Further, sensor 27 can be arranged on the position be applicable to arbitrarily, the present embodiment just wherein a kind of position.
Specifically, supporter 1 is arranged in lower support 5, and top layer 2 is arranged on supporter 1, and supporter 1, top layer 2 and lower support 5 constitute the integral frame of automatic door, have moving door an actor's rendering of an operatic tune 17 in this framework.Automatic door is in opening procedure, and automatic door can occupy moving door an actor's rendering of an operatic tune 17.Top layer 2 is provided with top layer magnet 9, magnetic suspension mechanism an actor's rendering of an operatic tune 11 is had in top layer 2, magnetic suspension mechanism an actor's rendering of an operatic tune 11 is built with proof mechanism friction plate 12 and stator tooth 14, and proof mechanism friction plate 12 is for moving door brake hard, and stator tooth 14 moves for driving automatic door.Be magnetic suspension mechanism an actor's rendering of an operatic tune lower support 8 below magnetic suspension mechanism an actor's rendering of an operatic tune 11, automatic door is in opening procedure, and magnetic suspension mechanism 16 can occupy magnetic suspension mechanism an actor's rendering of an operatic tune 11.Be provided with automatic door friction plate 13 and mover tooth 15 above left wing's door 3, automatic door friction plate 13 is for automatic door brake hard, and mover tooth 15 moves for driving automatic door.The stator tooth 14 be arranged in magnetic suspension mechanism an actor's rendering of an operatic tune 11 forms driving mechanism, for automatic door provides power with the mover tooth 15 be arranged on a body.The proof mechanism friction plate 12 be arranged in magnetic suspension mechanism an actor's rendering of an operatic tune 11 forms proof mechanism, for the brake hard of automatic door with the automatic door friction plate 13 be arranged on a body.Left wing's door 3 is provided with magnetic suspension mechanism 16, magnetic suspension mechanism 16 can ensure that left wing's door 3 is suspended in Men Tizhong, and can by the driving steadily movement of linear drive apparatus.The overall structure of Right Side Gate 4 and left wing's class are seemingly.
Magnetic suspension mechanism 16 is arranged in magnetic suspension mechanism an actor's rendering of an operatic tune 11 of top layer 2, and when automatic door moves, magnetic suspension mechanism 16 is mobile in magnetic suspension mechanism an actor's rendering of an operatic tune 11.Magnetic suspension mechanism 16 is arranged on above left wing's door 3 or Right Side Gate 4.Automatic door supports 18 and be positioned at magnetic suspension mechanism 16 the top.Automatic door supports the below that lower magnet 20 is fixed on support 18 on automatic door, automatic door supports the top that upper magnet 19 is fixed on support 18 on automatic door.Magnetic suspension mechanism an actor's rendering of an operatic tune lower support magnet 10 is fixed on the top of magnetic suspension mechanism an actor's rendering of an operatic tune lower support 8.Top layer magnet 9 is fixed on below top layer 2.Automatic door supports " V " font of upper magnet 19 and the complementation of top layer magnet 9 journey, therebetween magnetic field force is attracting, automatic door supports upper magnet 19 and top layer magnet 9 magnetic field force is therebetween attracting, being X-direction with horizontal direction, take vertical direction as Y-direction.Y-direction provides support force upwards, and X-direction component is cancelled out each other, and is in equilibrium state, if X-direction is subjected to displacement, two groups of magnet is at X-direction component by difference, and component will impel and automatic door supports 18 gets back to centre position, be in dynamic equilibrium.Automatic door supports " V " font of lower magnet 20 and the complementation of magnetic suspension mechanism an actor's rendering of an operatic tune lower support magnet 10 journey, therebetween magnetic field force mutual exclusion, automatic door supports lower magnet 20 and magnetic suspension mechanism an actor's rendering of an operatic tune lower support magnet 10 magnetic field force therebetween repels each other, being X-direction with horizontal direction, take vertical direction as Y-direction.Y-direction provides support force upwards, and X-direction component is cancelled out each other, and is in equilibrium state, if X-direction is subjected to displacement, two groups of magnet is at X-direction component by difference, and component will impel and automatic door supports 18 gets back to centre position, be in dynamic equilibrium.Stator tooth 14 is arranged on the sidewall of top layer 2, mover tooth 15 is arranged on automatic door and supports on 18, stator tooth 14 is relative with mover tooth 15, stator tooth 14 is wound with coil, when coil is energized successively, mover tooth 15 can move, thus drives support 18 on automatic door to move, and also just drives left and right flap door (3,4) mobile.Spring fixed seat 22 is installed above stator tooth 14, spring fixed seat 22 is provided with spring 21, spring 21 is provided with proof mechanism friction plate 12, automatic door friction plate 13 is installed above mover tooth 15, proof mechanism friction plate 12 is relative with automatic door friction plate 13, when the two contacts with each other, the brake hard of automatic door can be realized.
Further, the part of described support cavity lower end sky is in order to the ash process that falls, and prevent in long-term operation process, dust hinders the effect of door body.
Aforementioned driven unit comprises: stator tooth 14 and mover tooth 15,
It is characterized in that, on top layer left and right bilateral symmetry be uniform-distribution with 7n (n=1,2,3...50, n be less than 50 positive integer, do not do concrete restriction) individual stator tooth 14, for the ease of control, 7n stator tooth 14 is divided into n group stator unit.Left wing's door stator unit, from intermediate door along turning left as stator unit 1, stator unit 2, stator unit 3 successively ... stator unit n; Right Side Gate stator unit, from intermediate door along turning right as stator unit 1, stator unit 2, stator unit 3 successively ... stator unit n.Often organize stator unit to comprise 7 stator tooths 14 (left wing's door from left to right, Right Side Gate turns left from the right side, be followed successively by A1, A2, A3, A4, A5, A6, A7), each stator tooth 14 is wound with coil, and on relative two stator tooths 14 in left and right, coil is connected.Each stator tooth 14 width for and adjacent two stator tooths 14 are spaced apart て (described て is 30 ~ 150mm).
On automatic door supports, left and right bilateral symmetry is uniform-distribution with 6m (m=1,2,3...50, m be less than 50 positive integer, do not do concrete restriction) individual mover tooth 15, for the ease of controlling, 6m mover tooth 15 is divided into m group subunit, left wing's door subunit, turns left from the right side and is followed successively by subunit 1, subunit 2, subunit 3 ... subunit m; Right Side Gate subunit, is followed successively by subunit 1, subunit 2, subunit 3 from left to right ... subunit m.Often organize subunit and comprise 6 mover teeth (left wing's door from left to right, Right Side Gate turns left from the right side, is followed successively by a1, a2, a3, a4, a5, a6).Each mover tooth 15 width is て, and adjacent two mover teeth 15 are spaced apart (て+1/3 て).
Further, for left wing's door, under door Natural closure state, stator unit 1 and subunit 1 align, namely in stator unit 1, in stator tooth A1 and subunit 1, mover tooth a1 staggers left 1/3 て, because stator tooth and mover facewidth degree are て, adjacent stators space of teeth て, adjacent mover space of teeth (て+1/3 て), thus, in stator unit 1, in stator tooth A2 and subunit 1, mover tooth a2 staggers left 2/3 て, in stator unit 1, in stator tooth A3 and subunit 1, mover tooth a3 staggers left 3/3 て, in stator unit 1, in stator tooth A4 and subunit 1, mover tooth a4 staggers left 4/3 て, in stator unit 1, in stator tooth A5 and subunit 1, mover tooth a5 staggers left 5/3 て, in stator unit 1, in stator tooth A6 and subunit 1, mover tooth a6 staggers left 6/3 て, in stator unit 1, stator tooth A7 aligns with mover tooth a6 in subunit 1.Therefore, under door Natural closure state, stator unit 1 aligns with subunit 1, stator unit 2 aligns with subunit 2 ..., stator unit m aligns with subunit m, opens completely in order to ensure door, i.e. necessary mobile m group stator unit distance, thus must n >=2m be met.
Further, for left wing's door, be energized to stator tooth A1 in stator unit 1, door body is driven to be moved to the left 1/3 て under mover tooth a1 electromagnetic force in subunit 1, until in stator unit 1 in stator tooth A1 and subunit 1 dynamic tooth a1 is alignd, at this moment, in stator unit 1, in stator tooth A2 and subunit 1, mover tooth a2 has also staggered the distance of 1/3 て; Be energized to stator tooth A2 in stator unit 1, door body is driven to continue to be moved to the left 1/3 て under mover tooth a2 electromagnetic force in subunit 1, until in stator unit 1 in stator tooth A2 and subunit 1 dynamic tooth a2 is alignd, in stator unit 1, in stator tooth A3 and subunit 1, mover tooth a3 has staggered the distance of 1/3 て; Be energized to stator tooth A3 in stator unit 1, door body is driven to continue to be moved to the left 1/3 て under mover tooth a3 electromagnetic force in subunit 1, until in stator unit 1 in stator tooth A3 and subunit 1 dynamic tooth a3 is alignd, in stator unit 1, in stator tooth A4 and subunit 1, mover tooth a4 has staggered the distance of 1/3 て; Be energized to stator tooth A4 in stator unit 1, door body is driven to continue to be moved to the left 1/3 て under mover tooth a4 electromagnetic force in subunit 1, until in stator unit 1 in stator tooth A4 and subunit 1 dynamic tooth a4 is alignd, in stator unit 1, in stator tooth A5 and subunit 1, mover tooth a5 has staggered the distance of 1/3 て; Be energized to stator tooth A5 in stator unit 1, door body is driven to continue to be moved to the left 1/3 て under mover tooth a5 electromagnetic force in subunit 1, until in stator unit 1 in stator tooth A5 and subunit 1 dynamic tooth a5 is alignd, in stator unit 1, in stator tooth A6 and subunit 1, mover tooth a6 has staggered the distance of 1/3 て; Be energized to stator tooth A6 in stator unit 1, in subunit 1, under mover tooth a6 electromagnetic force, drive door body to continue to be moved to the left 1/3 て, until in stator unit 1 in stator tooth A6 and subunit 1 dynamic tooth a6 is alignd.Above-mentioned 6 energisings are divided into one group by us, through one group of 6 energising, door body moves 2 て distances, mover tooth a1 in stator tooth A7 and subunit 1 is made in stator unit 2 to stagger 1/3 て left, according to aforementioned one group of electrifying method, successively to stator tooth A1 in stator tooth A7 in stator unit 2 and stator unit 2, A2, A3, A4, A5 is energized, door body is mobile 2 て again, by that analogy, by 7 groups of energisings, door body moves 14 て, stator unit 2 is alignd with subunit 1, namely in stator unit 2, in stator tooth A1 and subunit 1, mover tooth a1 staggers left 1/3 て, because stator tooth and mover facewidth degree are て, adjacent stators space of teeth て, adjacent mover space of teeth (て+1/3 て), thus, in stator unit 2, in stator tooth A2 and subunit 1, mover tooth a2 staggers left 2/3 て, in stator unit 2, in stator tooth A3 and subunit 1, mover tooth a3 staggers left 3/3 て, in stator unit 2, in stator tooth A4 and subunit 1, mover tooth a4 staggers left 4/3 て, in stator unit 2, in stator tooth A5 and subunit 1, mover tooth a5 staggers left 5/3 て, in stator unit 2, in stator tooth A6 and subunit 1, mover tooth a6 staggers left 6/3 て, in stator unit 2, stator tooth A7 aligns with mover tooth a6 in subunit 1.Repeat said process, until stator unit (m+1) aligns with subunit 1, door body is opened completely.Said method is called " monodentate driving " method.
Further, in order to strengthen the Based Intelligent Control of opposite house body movement, also can realize door body by " multiple tooth driving " method and moving, when being namely energized, give Ax energising in multiple stator unit at every turn simultaneously.When subunit 1 aligns with stator unit 1, can from stator unit (1 ~ m) in any number of stator unit stator tooth Ax be energized; When subunit 1 aligns with stator unit 2, can from stator unit (2 ~ (m+1)) in any number of stator unit stator tooth Ax be energized; When subunit aligns with stator unit p (p≤m), can from stator unit (p ~ (m+p-1)) in any number of stator unit stator tooth Ax be energized.Which increase the flexibility that a body controls, and control conveniently.
Further, in closed state, principle when opening according to door, carries out conservative control to the energising of stator tooth to door body, and door body closes, and " monodentate driving " and " multiple tooth driving " method also can be divided into carry out Based Intelligent Control.
Right Side Gate controls similar.
In order to ensure being synchronized with the movement of left and right both wings automatic door, stator tooth and the mover tooth of left and right two flap door are designed to symmetrical distribution, and Exciting Windings for Transverse Differential Protection also Striking symmetry is wound around.Like this, the switching speed of control gate can be carried out by the size controlling electric current, also can control the On current of left wing's door and Right Side Gate respectively to control the independent switch of left wing's door or Right Side Gate with closed.
Proof mechanism comprises: proof mechanism friction plate 12, automatic door friction plate 13, spring 21, spring fixed seat 22, electromagnet holder 23, electromagnet 24, proof mechanism magnet 25 and proximity switch 26.
Automatic door supports on 18 and automatic door friction plate 13 is installed, top layer 2 is provided with spring fixed seat 22, spring fixed seat 22 is provided with spring 21, spring 21 is provided with proof mechanism friction plate 12, and proof mechanism friction plate 12 end is provided with proof mechanism magnet 25.Top layer 2 is provided with electromagnet holder 23, electromagnet holder 23 is provided with electromagnet 24, electromagnet 24 is relative with proof mechanism magnet 25.When automatic door needs brake hard, electromagnet 24 is energized, and by proof mechanism magnet 25 adhesive, now proof mechanism friction plate 12 contacts with automatic door friction plate 13 and rubs, and reaches braking effect; After automatic door is by brake hard, electromagnet 24 power-off, unclamps proof mechanism magnet 25, and proof mechanism friction plate 12 under the action of the spring 21, returns to nature.Electromagnet holder 23 is provided with proximity switch 26, when moving door moves to the most edge of moving door an actor's rendering of an operatic tune 17, proximity switch 26 detects automatic door, then control driving mechanism and stop providing power to moving door.
Sensor as aforementioned part comprises: detect pedestrian's velocity sensor, detect lines people amount sensor and whether detect pedestrian by the anti-pinch sensor pressed from both sides.The described sensor of detection pedestrian speed and the sensor of detect lines people quantity can adopt ccd sensor, and described anti-pinch sensor can adopt velocity sensor or acceleration transducer.Described sensor node is very little, can be placed in the position of supporter any appropriate, not limit particular location.
Further, velocity sensor or acceleration transducer detect that pedestrian is pressed from both sides, and start proof mechanism fast, control stator tooth energising direction simultaneously, open, door to guarantee pedestrains safety.
The magnetic suspension self-powered vertical hinged automatic door that the utility model embodiment proposes also has a Horizontal limiting assembly and vertical limit assembly, described Horizontal limiting assembly comprises Horizontal limiting protruding 29 and Horizontal limiting groove 28, described Horizontal limiting groove 28 is arranged on center position on the downside of top layer 2, described Horizontal limiting projection 29 is arranged on automatic door and supports 18 upper center positions, and it is corresponding with Horizontal limiting groove 28 position, described Horizontal limiting projection 29 is placed in Horizontal limiting groove 28, Horizontal limiting assembly ensures that automatic door supporting 18 is in center further, automatic door supports 18 and be in center, Horizontal limiting projection 29 does not contact with Horizontal limiting groove 28.Described vertical limit assembly comprises moveable vertically stopper slot 30 and vertical spacing preiection 31, described vertical stopper slot 30 is fixed on magnetic suspension mechanism an actor's rendering of an operatic tune 11 inwall both sides, described vertical spacing preiection 31 is fixed on automatic door and supports 18 both sides, and it is corresponding with vertical stopper slot 30 position, described vertical spacing preiection 31 is placed in vertical stopper slot 30, vertical limit assembly ensure that magnetic suspension mechanism suspends just, and vertical stopper slot 30 is not contacted with vertical spacing preiection 31.Described Horizontal limiting protruding 29 and vertically spacing preiection 31 can be provided with spacing preiection magnet, and are provided with and stopper slot magnet in Horizontal limiting groove 28 and vertically stopper slot 30, and described spacing preiection magnet is contrary with stopper slot magnet magnetic.
Described Horizontal limiting protruding 29 and vertically spacing preiection 31 also can be provided with ball axle sleeve or cartridge sleeve.
It is spacing that described Horizontal limiting assembly and vertically limit assembly can carry out on horizontal direction and vertical direction to automatic door, and prevent in use, magnet collision causes unnecessary loss.
Embodiment 2
As the structural representation that Fig. 9,10 is the utility model second embodiment, embodiment 2 is identical with above-described embodiment 1 part, only to be in magnetic suspension mechanism, automatic door to support upper magnet different with the shape of top layer magnet for difference, described automatic door support upper magnet and top layer magnet is rectangle.
Magnetic suspension mechanism 16 is arranged in magnetic suspension mechanism an actor's rendering of an operatic tune 11 of top layer 2, and when automatic door moves, magnetic suspension mechanism 16 is mobile in magnetic suspension mechanism an actor's rendering of an operatic tune 11.Magnetic suspension mechanism 16 is arranged on above left wing's door 3 or Right Side Gate 4.Automatic door supports 18 and be positioned at magnetic suspension mechanism 16 the top.Automatic door supports the below that lower magnet 20 is fixed on support 18 on automatic door, automatic door supports the top that rectangular magnet is fixed on support 18 on automatic door.Magnetic suspension mechanism an actor's rendering of an operatic tune lower support magnet 10 is fixed on the top of magnetic suspension mechanism an actor's rendering of an operatic tune lower support 8.Top layer magnet is fixed on below top layer 2.Automatic door supports rectangular magnet and top layer magnet magnetic field force is therebetween attracting, automatic door supports " V " font of lower magnet 20 and the complementation of magnetic suspension mechanism an actor's rendering of an operatic tune lower support magnet 10 journey, therebetween magnetic field force mutual exclusion, take horizontal direction as X-direction, take vertical direction as Y-direction, Y-direction provides support force upwards, X-direction component is cancelled out each other, be in equilibrium state, if X-direction is subjected to displacement, two groups of magnet is at X-direction component by difference, and component will impel and automatic door supports 18 gets back to centre position, be in dynamic equilibrium.Stator tooth 14 is arranged on the sidewall of top layer 2, mover tooth 15 is arranged on automatic door and supports on 18, stator tooth 14 is relative with mover tooth 15, stator tooth 14 is wound with coil, when coil is energized successively, mover tooth 15 can move, thus drives support 18 on automatic door to move, and also just drives left wing's door 3 to move.Spring fixed seat 22 is installed above stator tooth 14, spring fixed seat 22 is provided with spring 21, spring 21 is provided with proof mechanism friction plate 12, automatic door friction plate 13 is installed above mover tooth 15, proof mechanism friction plate 12 is relative with automatic door friction plate 13, when the two contacts with each other, the brake hard of automatic door can be realized.
Embodiment 3
As the structural representation that Figure 11,12 is the utility model the 3rd embodiment, embodiment 3 is identical with above-described embodiment 1 part, and only difference is in magnetic suspension mechanism, automatic door to support shape difference upper magnet, top layer magnet, automatic door supporting lower magnet and magnetic suspension mechanism an actor's rendering of an operatic tune lower support magnet.
According to the utility model embodiment 3, comprise in magnetic suspension mechanism 16: magnetic suspension mechanism an actor's rendering of an operatic tune lower support 8, top layer fall
shape magnet, magnetic suspension mechanism an actor's rendering of an operatic tune lower support
support 18, automatic door support for shape magnet, magnetic suspension mechanism an actor's rendering of an operatic tune 11, proof mechanism friction plate 12, automatic door friction plate 13, stator tooth 14, mover tooth 15, automatic door
shape magnet, automatic door support lower
shape magnet, spring 21 and spring fixed seat 22.
Magnetic suspension mechanism 16 is arranged in magnetic suspension mechanism an actor's rendering of an operatic tune 11 of top layer 2, and when automatic door moves, magnetic suspension mechanism 16 is mobile in magnetic suspension mechanism an actor's rendering of an operatic tune 11.Magnetic suspension mechanism 16 is arranged on above left wing's door 3 or Right Side Gate 4.Automatic door supports 18 and be positioned at magnetic suspension mechanism 16 the top.Automatic door support lower
shape magnet is fixed on the below of support 18 on automatic door, and automatic door supports
shape magnet is fixed on the top of support 18 on automatic door.Magnetic suspension mechanism an actor's rendering of an operatic tune lower support
shape magnet is fixed on the top of magnetic suspension mechanism an actor's rendering of an operatic tune lower support 8.Top layer falls
shape magnet is fixed on below top layer 2.Automatic door support lower
shape magnet and magnetic suspension mechanism an actor's rendering of an operatic tune lower support are fallen
the magnetic field force mutual exclusion therebetween of shape magnet, take horizontal direction as X-direction, take vertical direction as Y-direction, Y-direction provides support force upwards, X-direction component is cancelled out each other, and is in equilibrium state, if X-direction is subjected to displacement, two groups of magnet is at X-direction component by difference, and component will impel and automatic door supports 18 gets back to centre position; Automatic door supports
shape magnet and top layer fall
shape magnet magnetic field force is therebetween attracting, and Y-direction provides support force upwards, and X-direction component is cancelled out each other, be in equilibrium state, if X-direction is subjected to displacement, two groups of magnet at X-direction component by difference, component will impel support 18 on automatic door to get back to centre position, be in dynamic equilibrium.Stator tooth 14 is arranged on the sidewall of top layer 2, mover tooth 15 is arranged on automatic door and supports on 18, stator tooth 14 is relative with mover tooth 15, stator tooth 14 is wound with coil, when coil is energized successively, mover tooth 15 can move, thus drives support 18 on automatic door to move, and also just drives left wing's door 3 to move.Spring fixed seat 22 is installed above stator tooth 14, spring fixed seat 22 is provided with spring 21, spring 21 is provided with proof mechanism friction plate 12, automatic door friction plate 13 is installed above mover tooth 15, proof mechanism friction plate 12 is relative with automatic door friction plate 13, when the two contacts with each other, the brake hard of automatic door can be realized.
Embodiment 4
As the structural representation that Figure 13,14 is the utility model the 4th embodiment, embodiment 4 is identical with above-described embodiment 1 part, only difference is in magnetic suspension mechanism, automatic door to support shape difference upper magnet, top layer magnet, automatic door supporting lower magnet and magnetic suspension mechanism an actor's rendering of an operatic tune lower support magnet, described automatic door supports shape upper magnet, top layer magnet, automatic door supporting lower magnet and magnetic suspension mechanism an actor's rendering of an operatic tune lower support magnet and is rectangle.
Magnetic suspension mechanism 16 is arranged in magnetic suspension mechanism an actor's rendering of an operatic tune 11 of top layer 2, and when automatic door moves, magnetic suspension mechanism 16 is mobile in magnetic suspension mechanism an actor's rendering of an operatic tune 11.Magnetic suspension mechanism 16 is arranged on above left wing's door 3 or Right Side Gate 4.Automatic door supports 18 and be positioned at magnetic suspension mechanism 16 the top.Automatic door supports the below that lower magnet 20 is fixed on support 18 on automatic door, automatic door supports the top that rectangular magnet is fixed on support 18 on automatic door.Magnetic suspension mechanism an actor's rendering of an operatic tune lower support magnet 10 is fixed on the top of magnetic suspension mechanism an actor's rendering of an operatic tune lower support 8.Top layer magnet is fixed on below top layer 2.Automatic door supports rectangular magnet and top layer magnet magnetic field force is therebetween attracting, automatic door supports lower magnet 20 and magnetic suspension mechanism an actor's rendering of an operatic tune lower support magnet 10 magnetic field force mutual exclusion therebetween, take horizontal direction as X-direction, take vertical direction as Y-direction, Y-direction provides support force upwards, X-direction is undertaken spacing by stopping means, stator tooth 14 is arranged on the sidewall of top layer 2, mover tooth 15 is arranged on automatic door and supports on 18, stator tooth 14 is relative with mover tooth 15, stator tooth 14 is wound with coil, when coil is energized successively, mover tooth 15 can move, thus support 18 is moved on drive automatic door, also left wing's door 3 is just driven to move.Spring fixed seat 22 is installed above stator tooth 14, spring fixed seat 22 is provided with spring 21, spring 21 is provided with proof mechanism friction plate 12, automatic door friction plate 13 is installed above mover tooth 15, proof mechanism friction plate 12 is relative with automatic door friction plate 13, when the two contacts with each other, the brake hard of automatic door can be realized.
In the description of this manual, specific features, structure, material or feature that the description of reference term " embodiment ", " some embodiments ", " illustrative examples ", " example ", " concrete example " or " some examples " etc. means to describe in conjunction with this embodiment or example are contained at least one embodiment of the present utility model or example.In this manual, identical embodiment or example are not necessarily referred to the schematic representation of above-mentioned term.And the specific features of description, structure, material or feature can combine in an appropriate manner in any one or more embodiment or example.
Although illustrate and described embodiment of the present utility model, those having ordinary skill in the art will appreciate that, can carry out multiple change, amendment, replacement and modification to these embodiments when not departing from principle of the present utility model and aim, scope of the present utility model is by claim and equivalents thereof.
Claims (10)
1. a magnetic suspension self-powered vertical hinged automatic door, it is characterized in that, described magnetic suspension self-powered vertical hinged automatic door comprises support frame, slip flap door and driven unit, described sliding closure header is provided with magnetic suspension mechanism, described support frame top is provided with magnetic suspension mechanism an actor's rendering of an operatic tune, described magnetic suspension mechanism is steadily suspended in magnetic suspension mechanism an actor's rendering of an operatic tune, and the driven unit that described control slip flap door is slided is fixed in magnetic suspension mechanism an actor's rendering of an operatic tune, and the corresponding described magnetic suspension mechanism in position.
2. magnetic suspension self-powered vertical hinged automatic door according to claim 1, it is characterized in that, described magnetic suspension mechanism an actor's rendering of an operatic tune comprises top layer magnet and lower support magnet, described top layer magnet is fixed on magnetic suspension mechanism an actor's rendering of an operatic tune top side, described lower support magnet is fixed on magnetic suspension mechanism an actor's rendering of an operatic tune bottom side, and described top layer magnet is corresponding with lower support magnet positions.
3. magnetic suspension self-powered vertical hinged automatic door according to claim 2, it is characterized in that, described magnetic suspension mechanism comprises on automatic door and supports, automatic door supports on upper magnet and automatic door supports lower magnet, described automatic door supports and upper magnet and automatic door support lower magnet is separately fixed at the upper and lower both sides that automatic door supports, and described automatic door supports position corresponding top layer magnet and the lower support magnet respectively upper magnet and automatic door supporting lower magnet.
4. magnetic suspension self-powered vertical hinged automatic door according to claim 3, it is characterized in that, described driven unit comprises multiple stator tooth and multiple mover tooth, described stator tooth is fixed on magnetic suspension mechanism an actor's rendering of an operatic tune inwall both sides, described mover tooth is fixed on automatic door and supports both sides, described mover tooth is consistent with stator tooth level height, the width of described stator tooth and mover tooth is て, and described in be fixed on the same side stator tooth between spacing be て, between the described mover tooth being fixed on the same side, spacing is the span of て+1/3 て, described て is 30 ~ 150mm.
5. magnetic suspension self-powered vertical hinged automatic door according to claim 3, it is characterized in that, described magnetic suspension self-powered vertical hinged automatic door also comprises Horizontal limiting assembly and vertical limit assembly, described Horizontal limiting assembly comprises Horizontal limiting projection and Horizontal limiting groove, described Horizontal limiting groove is arranged on center position on the downside of top layer, described Horizontal limiting projection is arranged on automatic door and supports upper center position, and put corresponding with Horizontal limiting slot, described Horizontal limiting projection is placed in Horizontal limiting groove, described vertical limit assembly comprises vertical stopper slot and vertical spacing preiection, described vertical stopper slot is fixed on magnetic suspension mechanism an actor's rendering of an operatic tune inwall both sides, described vertical spacing preiection is fixed on automatic door and supports both sides, and it is corresponding with vertical stopper slot position, described vertical spacing preiection is placed in vertical stopper slot, protruding and the vertical spacing preiection of described Horizontal limiting is provided with spacing preiection magnet, ball axle sleeve or cartridge sleeve, and be provided with and stopper slot magnet in Horizontal limiting groove and vertically stopper slot, described spacing preiection magnet is contrary with stopper slot magnet magnetic.
6. magnetic suspension self-powered vertical hinged automatic door according to claim 5, it is characterized in that, on the upside of described lower support magnet and automatic door supports on the downside of lower magnet and be " V " shape, the downside of described top layer magnet and automatic door support on the upside of upper magnet and is " V " shape or plane.
7. magnetic suspension self-powered vertical hinged automatic door according to claim 5, it is characterized in that, described lower support magnet, automatic door support and lower magnet, top layer magnet and automatic door supports upper magnet there is an inclined plane respectively, the angle of inclination on described inclined plane is identical, the inclined plane of described top layer magnet and lower support magnet supports on automatic door, described automatic door supports inclined plane lower magnet and automatic door supporting upper magnet and oppositely and on automatic door supports.
8. magnetic suspension self-powered vertical hinged automatic door according to claim 5, is characterized in that, on the upside of described lower support magnet, automatic door supports to support on the downside of lower magnet, on the downside of top layer magnet and on automatic door be on the upside of upper magnet plane.
9. magnetic suspension self-powered vertical hinged automatic door according to claim 3, it is characterized in that, described magnetic suspension self-powered vertical hinged automatic door also comprises an anti-clip assembly, described anti-clip assembly comprises proof mechanism friction plate, automatic door friction plate and electromagnet, described proof mechanism friction plate is fixed on magnetic suspension mechanism an actor's rendering of an operatic tune inwall by spring and spring fixed seat, described automatic door friction plate is fixed on automatic door and supports both sides, described electromagnet is fixed on magnetic suspension mechanism an actor's rendering of an operatic tune inwall by electromagnet holder, described electromagnet and automatic door friction plate are at grade, and this plane is corresponding with proof mechanism friction plate.
10. magnetic suspension self-powered vertical hinged automatic door according to claim 1, it is characterized in that, the self-driven vertical hinged automatic door of described magnetic suspension also comprises a sensor cluster and a main control chip, described sensor group connects main control chip, and described sensor group comprises the sensor of a detection pedestrian speed, the sensor of detect lines people quantity and an anti-pinch sensor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520135046.4U CN204609601U (en) | 2015-03-10 | 2015-03-10 | Magnetic suspension self-powered vertical hinged automatic door |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520135046.4U CN204609601U (en) | 2015-03-10 | 2015-03-10 | Magnetic suspension self-powered vertical hinged automatic door |
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| CN204609601U true CN204609601U (en) | 2015-09-02 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201520135046.4U Expired - Fee Related CN204609601U (en) | 2015-03-10 | 2015-03-10 | Magnetic suspension self-powered vertical hinged automatic door |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105041095A (en) * | 2015-03-10 | 2015-11-11 | 中北大学 | Magnetic suspension self-driving flat-open automatic door |
| CN105064869A (en) * | 2015-09-08 | 2015-11-18 | 沈阳工业大学 | Door body magnetic suspension structure of door system and control method of structure |
| CN114622803A (en) * | 2022-01-20 | 2022-06-14 | 杭州安可智控科技有限公司 | Gate-controlled magnetic suspension driving device and manufacturing method thereof |
| WO2024062141A1 (en) * | 2022-09-21 | 2024-03-28 | Cervello Cabo Carlos | Device for a slider with passive magnetic interaction |
-
2015
- 2015-03-10 CN CN201520135046.4U patent/CN204609601U/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105041095A (en) * | 2015-03-10 | 2015-11-11 | 中北大学 | Magnetic suspension self-driving flat-open automatic door |
| CN105064869A (en) * | 2015-09-08 | 2015-11-18 | 沈阳工业大学 | Door body magnetic suspension structure of door system and control method of structure |
| CN114622803A (en) * | 2022-01-20 | 2022-06-14 | 杭州安可智控科技有限公司 | Gate-controlled magnetic suspension driving device and manufacturing method thereof |
| CN114622803B (en) * | 2022-01-20 | 2024-05-24 | 杭州安可智控科技有限公司 | Door control magnetic suspension driving device and manufacturing method |
| WO2024062141A1 (en) * | 2022-09-21 | 2024-03-28 | Cervello Cabo Carlos | Device for a slider with passive magnetic interaction |
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Granted publication date: 20150902 Termination date: 20190310 |