CN101500672A - Rotating system for buildings in general - Google Patents
Rotating system for buildings in general Download PDFInfo
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- CN101500672A CN101500672A CNA2006800322634A CN200680032263A CN101500672A CN 101500672 A CN101500672 A CN 101500672A CN A2006800322634 A CNA2006800322634 A CN A2006800322634A CN 200680032263 A CN200680032263 A CN 200680032263A CN 101500672 A CN101500672 A CN 101500672A
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- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04B—GENERAL BUILDING CONSTRUCTIONS; WALLS, e.g. PARTITIONS; ROOFS; FLOORS; CEILINGS; INSULATION OR OTHER PROTECTION OF BUILDINGS
- E04B1/00—Constructions in general; Structures which are not restricted either to walls, e.g. partitions, or floors or ceilings or roofs
- E04B1/343—Structures characterised by movable, separable, or collapsible parts, e.g. for transport
- E04B1/346—Rotary buildings; Buildings with rotary units, e.g. rooms
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Abstract
Rotating system for buildings in general, the present patent of invention is described as a rotating system for buildings in general which, according to the characteristics thereof, provides the formation of a rotating system (1) in a proper and specific mechanical driving structure for the application in commercial and/or residential buildings (B) with two or more stories (A) or floors, in order to provide, in an extremely comfortable, practical and safe way, that each one of the floors (A) thereof rotates freely and independently in either direction, at any moment and for any number of turns directly by the residents' command and, having as a basis the incorporation of as fixed structure (2) in each one of the floors (A) as a support, a rotary platform (3) as a revolving element, a driving assembly (4) to impart movement, a control panel, (5) to command the system, a sealing assembly (6) as a protection and an electrification assembly (7) to collect electric power.
Description
Technical field
This patent relates generally to mechanical system, more specifically, relate to the rotary system that is used for buildings in general, according to feature wherein, this rotary system has basic principle, think that commerce with two-layer or more floors or floor and/or the application in the residential building provide the formation with the rotary system of suitable and specific mechanical driving structure, for with as snug as a bug in a rug, mode practical and safety provides, wherein each floor is in either direction, freedom and rotation at any time independently, directly order any number of times of rotation, and have and have very big resistance according to the resident, the rotary system of security and versatility is as the basis.Owing to specific design and shape, the adaptability preferably that obtains easily and security, actual processing, function, the cost that can reach are arranged and concerning the user because its general feature and size, this rotary system is suitable for building, furniture, user and the place of any kind easily, and no matter what feature wherein is.
Background technology
This patent in question is characterised in that it has gathered the parts in the different concepts and handled several requirements with the character of the user demand of satisfying it, that is, and and the independent rotation on each floor of buildings in general.Such notion provides a kind of rotary system, this rotary system is owing to its outstanding technical qualities has great efficient, function, resistance, endurance, security, accuracy and comfortableness, thereby advantage and improvement are provided in the rotary course on buildings in general floor, and its feature is different from other shapes and the model of the rotary system of known buildings in general in the current state of this area.
This patent is the modern times of buildings in general; safety; application and building solution practical and effectively rotary system; described rotary system is formed by the mechanical component of suitable merging; described building solution comprises having specialized designs; the best retouching details rotary system different with the complete sum of owner's feature; suitable and the specific frame for movement that merges high-durability and intensity; described frame for movement has general round-shaped; and the suitable integrated fixed structure that is incorporated in symmetric arrangement in each floor is with as the support to rotary system in the building; rotation platform as the spinner member of system; pass motion to the driven unit of rotation platform; the control panel of command system; as the black box of internal environment protection and the electrified assembly of collecting electrical power; so that provide complete; the formation of safe and unique assembly, its inside and outside shape and be arranged as the suitable personalization that most of dissimilar buildings in general is provided on each floor and arrange.
The universal of rotary system that is used for buildings in general is directly based on the building of the rotation platform with fixed structure and each floor, described fixed structure is made of armored concrete or metal material, described rotation platform is directly started by the electro-motor with decelerator (reducer), described rotation platform is supported by pulley assembly by the transverse roller belt drives and on raceway, this pulley assembly and control panel allow together by sliding on the floor of building in the mode of complete personalization steadily, quiet, economical and practicably rotate rotation platform, and might determine rotary speed and direction fully, and programming design rotation beginning and termination time, comprise by remote control and realizing.Therefore, rotate independently at each rotation platform of each floor upper support, rather than the rotation of the division center of building.
In the current state of this area, simple rotational structure is well-known,, has the structure on single rotation floor that is, for example, is mainly used on the top of building and tower the structure as the bottom of panorama restaurant and one deck dwelling house.These rotary systems are fully based on being similar to the large scale drive system of using in the crane system that moves aloft, this crane system is widely at the commercial many decades that used, foremost is system from Demag company, and it is based on the driving wheel of independent support on guide rail.
This rotary system is based on the application of parts in the different concepts and processing, but do not reach height integrity and complexity, thereby allow to solve other shapes known and that in the rotation on the floor of buildings in general, use and some main inconveniences of model in the current state of this area, these main inconveniences are in working range, wherein, difficult treatment, poor efficiency and performance and accident are quite frequent, and its shape and/or model are very complicated and based on adaptability, therefore damage with being easy to a little less than being highly brittle, and have low intensity and an endurance, expensive, very dangerous, uncomfortable and be difficult to handle, be not easy to be understood by the user and require the high professional qualification labour.
Description of drawings
When read in conjunction with the accompanying drawings, the purpose of this patent of being discussed, advantage and other key characters can be more readily understood, wherein:
Fig. 1 is the vertical view of building floor, and described building has the rotary system that is used for buildings in general;
Fig. 2 is that described building has the rotary system that is used for buildings in general along the cross-sectional view of the building of the section A-A of figure (1);
Fig. 3 is the detailed cross sectional view of building floor of the local A of figure (2), and described building has the rotary system that is used for buildings in general;
Fig. 4 is the detailed top view of building floor, and described building has the rotary system that is used for buildings in general and do not have floor, rotation platform top.
Fig. 5 is the detailed top view at abutment of two rotation platform modules that is used for the rotary system of buildings in general, and it is the local B of figure (4);
Fig. 6 is the detailed cross sectional view of building floor, and described building has the rotary system of the buildings in general that disposes with the top overcover that is integrated into rotation platform.
The specific embodiment
As from illustrating and can inferring in conjunction with the accompanying drawing of the present illustrative report of patent of the present invention " rotary system that is used for buildings in general ", figure (1) shows main by the complete rotary system (1) with owner's feature in a general way, rotation platform (3), driven unit (4), control panel (5), the identical systems that black box (6) and electrified assembly (7) are formed, described rotary system (1) merges the suitable and specific frame for movement of high-durability and intensity, be roughly round-shaped, inside and outside shape and layout, and the fixed structure (2) that has suitably merging in each floor (A) and arrange symmetrically, described inside and outside shape and be arranged on each floor (A) of buildings in general (B) of several types suitable and personalized deployment is provided, described fixed structure (2) with circular shape along the floor (A) the border level and arrange and each floor (A) or the floor that form building (B) symmetrically; Have the circular shape of central opening rotation platform (3) level, parallel and symmetrically on the floor fixed structure of (A) (2) go up and arrange along described fixed structure (2); The driven unit of general toroidal shape (4) level, parallel and be arranged in symmetrically around the whole border of rotation platform (3) lateral surfaces in each floor (A); In vertical fixed structure (2) core that also is arranged in symmetrically in each floor (A) of the control panel of essentially rectangular shape (5); Black box (6) level, parallel and be arranged in symmetrically between fixed structure (2) lower surface among external wall (C) upper end and each floor (A) with shape of general curved, and on the engaging zones of the interior walls (D) of the medial extremity of rotation platform (3) and floor (A); And electrified assembly (7) level of circular shape, parallel and be arranged in symmetrically between fixed structure (2) upper surface of rotation platform (2) lower surface and floor (A).
By metal material, the fixed structure (2) that armored concrete or have equates or more high-intensity similar material constitutes mainly is made up of structure centre (2A) and following gap (2D), described structure centre (2A) with cylinder hollow shape roughly is vertical, the upright center that also places floor (A) symmetrically, and have in structure centre (2A) lateral surfaces general difform one group of door and a window (2B) vertical and that separate symmetrically, the raceway of general toroidal shape or track (2C) are vertical, parallel and be arranged in symmetrically around the whole border of structure centre (2A) outer surface, and aim at conduct cross-brace wherein in the front with rotation platform (3) inner surface, all pipe-line equipments and washroom device, phone and tv line, the inner ventilation device of cable/distribution system and floor (A) and building (B) is arranged in structure centre (2A) inboard symmetrically, and all fixation means bathroom for example, other facilities in kitchen and the floor (A) depend on the pipe-line equipment-washroom device that is arranged in symmetrically on structure centre (2A) inboard; Described down gap (2D) level, parallel and be arranged in symmetrically on the floor (A) with circular shape of square-section, and upright total center (2A) external surface peripheral that also is arranged in symmetrically, and raceway or track (2E) with one group of general toroidal shape, described raceway or track (2E) level, parallel and spaced apart lower support on the whole border of lower surface in following gap (2D) symmetrically as rotation platform (3).
According to common use needs and be fixed against wherein structure centre (2A), fixed structure (2) can also comprise the fixation means of building (B), for example comprising elevator ﹠ stairs and leisure and service area etc., as shown in figure (1), described fixation means generally is arranged on the outside of rotation platform (2).
By the metal material of high resistance or have equate or more the rotation platform (3) that constitutes of the similar material of high brightness and intensity mainly form by the wheel of fanlike die block assembly (3A), bottom connection bearing assembly (3B), one group of vertical wheel or bearing (3C), side connection bearing assembly (3D), one group of level or bearing (3E), outside seal wall (3F) and floor (3G), the described fanlike die block assembly (3A) with semi-circular shape roughly is in the whole border of rotation platform (3) ambient level, parallel and arrangement and spaced a little symmetrically; Described bottom connection bearing assembly (3B) level of almost parallel hexahedron hollow shape is also spaced apart between the lateral surfaces of the vicinity of fanlike die block (3A) and composition surface symmetrically, and vertically aims at one group of raceway or track (2E); The vertical center that also places bottom connection bearing (3B) symmetrically of described one group of vertical wheel of substantial cylindrical shape or bearing (3C) is in one group of raceway or the last vertical support as rotation platform (3) of track (2E); Described side connection bearing assembly (3D) level of almost parallel hexahedron hollow shape also is arranged between the approach end on fanlike die block (3A) inner surface and composition surface, and flatly be arranged on raceway or the track (2C) symmetrically; The wheel of described one group of level of substantial cylindrical shape or bearing (3E) level also place the center of side connection bearing (3D) symmetrically, in raceway or track (2C) as the cross-brace of rotation platform (3), in other words, by means of raceway or track (2C), structure centre (2A) is as the guider of the circus movement of the wheel of one group of level or bearing (3E), and described bearing (3E) is determined the rotation of the rotation platform (3) on the central shaft of floor (A) again and stopped radially torque; Outside seal wall (3F) with general bent shaped is made of several different high-strength materials, and vertically, uprightly also be arranged in symmetrically on rotation platform (3) outboard end, engage outer shroud thereon fully, see rotation from the outside of building (B) so that rotate together and allow in company with rotation platform (3) as floor (A); Described floor (3G) level of circular shape, parallel and be arranged in symmetrically on the whole border of rotation platform (3), and wherein constitute, as the overcover and the outside retouching of rotation platform (3) by timber, granite, marble, metal, plastics or hardboard.
The quantity of module (3A) that is applied to rotation platform (3) is directly in direct ratio with its size, so as to provide the conveying of practical and safety and parts directly on fixed structure (2) easily and safe operation and installation; The quantity of the wheel of vertical wheel or bearing (3C) and level or bearing (3E) is also directly in direct ratio with the size of rotation platform (3) so that highly stable and safe floor is provided, that is, and without any deflection with wave.
According to general use needs, rotation platform (3) can mainly be formed with the inversion fastening system of one group of vertical wheel or bearing (3C) by being used for bottom connection bearing (3B), promptly, bottom connection bearing assembly (3B) level of almost parallel hexahedron hollow shape also is connected to one group of raceway or track (2E) symmetrically, and vertically aim at the contiguous lateral surfaces of fanlike die block (3A) engaging zones, therefore, it is vertical and place the center of bottom connection bearing (3B) symmetrically to have one group of vertical wheel of substantial cylindrical shape or bearing (3C), vertical support as rotation platform (3), described rotation platform (3) thereby one group of raceway or track with general toroidal shape, described raceway or track cross level, parallel and spaced apart on the whole border of its lower surface symmetrically, and vertically aim at one group of raceway that is used for following gap (2D) or track (2E).
According to general use needs and as shown in figure (6), rotation platform (3) can mainly be made up of top overcover with circular shape or ceiling (3H), described top overcover or ceiling (3H) level, parallel and spaced apart on fixed structure (2) lower surface in floor, top (A) symmetrically, and on external wall (3F) upper end of sealing or along external wall (3F) upper end of sealing, uprightly and symmetrically supported by its outboard end, the external wall of described sealing (3F) upper end fully engages rotation platform (3) assembly, and have the outside seal wall (3I) with general bent shaped, the described outside seal wall (3I) that is made of several high-strength materials is vertical, uprightly also be arranged in symmetrically on rotation platform (3) medial extremity.
By the metal material of high resistance or have equate or more the driven unit (4) that constitutes of the similar material of high brightness and intensity mainly by the electro-motor that is connected with decelerator (4A), center support assembly (4B), belt guide (4C), post wheel part assembly (assembly of pole wheel section) (4D) and roller belt (4F) form, described decelerator (4A) separates in rotation platform (3) lateral side surfaces symmetrically, and has the post wheel in its output shaft (driving shaft); Described center support assembly (4B) with substantial cylindrical shape is vertical and spaced apart between electro-motor that is connected with decelerator (4A) and rotation platform (3) lateral surfaces symmetrically; Have the cross section be similar to " C " the general toroidal shape described belt guide (4C) level and be arranged in symmetrically around the whole border of rotation platform (3) outer surface, and have round-shaped to interrupt and the polygon effect of collision so that avoid causing when rotated; Have described post wheel part assembly (4D) level of almost parallel hexahedral shape and be placed at the adjacent transverse surface of fan-shaped model (3A) symmetrically and the outboard end on composition surface between the center, and vertically aim at belt guide (4C), each in the described post wheel part assembly (4D) all have the general triangular shape, along border level and isolated symmetrically one group of tooth (4E) of lateral surface; Described roller belt (4F) level of general toroidal shape also is arranged in around the inner boundary of the belt guide (4C) that holds roller belt (4F) symmetrically, outside post wheel (4D) part that causes roller belt (4F) to be connected with rotation platform (3), and outside center support assembly (4B), and pass across the electro-motor that is connected with decelerator (4A); Startup realizes that by being connected with decelerator (4A) electro-motor described electro-motor takes turns drive roller belt (4F) by its output jack-post.
Control panel (5) directly be responsible for to start all functions of rotary system (1), that is, connect and separate it, determines rotary speed and direction, and programming design and operation start and end time; Described startup is also by phone or by traditional remote control remote control.
Be used to protect floor environment (A) to avoid weather-beaten black box (6) and mainly form, described one group of brush (6A) level of general bent shaped and square-section, parallel and arrange between two parties along the border of outside seal wall (3F) upper end symmetrically by the assembly (6C) of one group of brush (6A), labyrinth packing (labyrinth) assembly (6B) and lower seal element; Described labyrinth packing assembly (6B) level of almost parallel hexahedral shape, parallel and arrange between two parties along the border of outside seal wall (3F) upper end symmetrically, thereby on generation and the outside seal wall (3F) and the sandwich of one group of brush (6A); Have assembly (6C) level, parallel and be arranged in symmetrically around the border of structure centre (2A) outer surface of the described lower seal element of general bent shaped and square-section, and on the top, aim at rotation platform (3) inner surface.
The electrified assembly (7) that is provided with the rotation platform (3) of electrical power bleeding point mainly is made up of one group of brush (7A), electrified track (7B) and electric collecting device (7A), and described one group of brush (7A) level of general toroidal shape also is arranged under rotation platform (3) lower surface symmetrically; The electrified track (7B) of general toroidal shape and brush system (7A) arranged vertical, level also is arranged in down between gap (2D) bottom inner surface and rotation platform (3) lower surface symmetrically; Electric collecting device (7C) level of general toroidal shape also is arranged in down between gap (2D) bottom inner surface and rotation platform (3) lower surface, and parallel and spaced intermediate at electrified track (7B) symmetrically symmetrically; Electrical power is directly collected by brush system (7A), and brush system (7A) is connected with rotation platform (3) and produces frictional force with respect to electrified track (7B).
The application of rotary system that is used for buildings in general is based on the direct effect of rotation platform (3) driven unit (4) on every side, and described driven unit (4) is directly controlled by control panel (5) by the user.When the electro-motor that is connected with decelerator (4A) is activated, its output jack-post is taken turns direct drive roller belt (4F), described roller belt is started by the center support assembly (4B) in the belt guide (4C) again, so that drive post is taken turns (4D) assembly partly symmetrically.When post is taken turns the assembly of (4D) part and therefore its rotation is started by roller belt (4F), the following gap (2D) of rotation platform (3) beginning in fixed structure (2) gone up and rotated on every side at fixed structure (2) center (2A), described fixed structure (2) by one group of vertical wheel or bearing (3C) in raceway or track (2E) upper support, described fixed structure center (2A) is by wheel or bearing (3E) transverse guidance against one group of level of raceway or track (2C), and described raceway or guide rail (2C) are as the guider of circular motion and determine the rotation of the rotation platform (3) on the central shaft of floor (A).Before or after the startup of the electro-motor that is connected with decelerator (4A), the user can freely determine rotary speed and direction, and the beginning and the termination of programming design rotary system (1) operation.
The parts that are used for the rotary system of buildings in general fully cooperate and are connected to each other, and the general structure that the building floor of any frangible part do not occur is that high resistance and foolproof is arranged.Be fitted to each other and be connected at parts, and be connected to after the floor panel structure, parts are locked, thereby prevent that them from fluffing in use, thereby make assembly can fully be used for suitable, safe, the comfortable and quiet rotation on floor with respect to the general structure of building.Therefore, rotary system (1) can easily use and not worry any character about its durability and security.
Because the structure of rotary system by solid metal material or have equate or more the similar material of high brightness and intensity constitute, therefore be used for the rotary system of buildings in general and wherein parts non-corrosive and waterproof, have height endurance and resistance, especially defend the infringement of the weather and the physical chemistry preparation of cakes with moulded designs, for the user provides very high security, and any risk of its structural fatigue can not appear when general the use.
With regard to above, this is a kind ofly will be built the system that personnel fully accept by resident and buildings in general, presents several advantages because be used for the rotary system of buildings in general, for example: high security, reliability and flexibility in it is used; Because great efficient and performance that its general notion produces; Bigger comfortableness and security to the user; Durability and intensity, the low wearing and tearing or the not wearing and tearing of assembly on the whole greatly; The complete attainable cost of optimum cost/profit margin is provided; The actual also use of safety in the building of any kind; Suitable and direct adaptability to the internal placement on user, furniture and the floor of several types; Modern design; Low-cost and actual general maintenance; Quiet fully in whole rotary manipulations; Versatility and flexibility greatly, and need not consider the type of building; Extremely low electric power consumption; And the certainty that the product of the desired condition of application that satisfies fully in buildings in general is always arranged.
With regard to above, the rotary system that is used for buildings in general can be categorized as general fully, effective, accurate, quiet and particularly practical device, it is used for by most of different users and place on the complete floor that rotates most of dissimilar buildings in general of either direction personalizedly, and no matter general features wherein, it also is easy to use and operate, and has high performance and remarkable feature; Size, size and quality can be according to using needs to change.
Claims (10)
1. rotary system that is used for buildings in general, it is characterized in that, it comprises complete rotary system (1), rotation platform (3), driven unit (4), control panel (5), black box (6) and electrified assembly (7), described rotary system (1) merges suitable and specific frame for movement, have roughly round-shaped, inside and outside shape and layout, and in each floor (A), has fixed structure (2) suitably integrated and that arrange symmetrically, described inside and outside shape and be arranged on each floors (A) of most of dissimilar buildings in general (B) personalized deployment is provided, described fixed structure (2) with circular shape along the floor (A) the border level and arrange symmetrically, and form each floor (A) or the floor of building (B); Have described rotation platform (3) level of the circular shape that has central opening, described fixed structure (2) parallel and that be arranged in described floor (A) is symmetrically gone up and is arranged along described fixed structure (2); Described driven unit (4) level, parallel and be arranged in symmetrically around the border of described rotation platform (3) side in the floor (A) with general toroidal shape; Described control panel (5) with essentially rectangular shape is vertical also to be arranged on described fixed structure (2) core symmetrically; Described black box (6) level, parallel and be arranged in symmetrically between described fixed structure (2) lower surface among external wall (C) upper end and floor (A) with general bent shaped, and on the engaging zones of the interior walls (D) of the medial extremity of described rotation platform (3) and floor (A); And described electrified assembly (7) level, parallel and be arranged in symmetrically between described fixed structure (2) upper surface among described rotation platform (3) lower surface and floor (A) with circular shape.
2. the rotary system that is used for buildings in general according to claim 1, it is characterized in that, by metal material, the described fixed structure (2) that armored concrete or have equates or more high-intensity similar material constitutes mainly is made up of structure centre (2A) and following gap (2D), described structure centre (2A) with cylinder hollow shape roughly is vertical, the upright center that also places described floor (A) symmetrically, and have one group of door and a window (2B), described door has roughly difformity and vertical and spaced apart on structure centre (2A) lateral surfaces symmetrically with window (2B), raceway or track (2C) with general toroidal shape are vertical, parallel and be arranged in symmetrically around the border of described structure centre (2A) outer surface, and aim in the front with described rotation platform (3) medial surface, all pipe-line equipments and washroom device, phone and tv line, the inner ventilation device of cable/distribution system and described floor (A) and described building (B) is arranged in described structure centre (2A) inboard symmetrically, and all fixation means bathroom for example, other facilities among kitchen and described floor (A) depend on the pipe-line equipment-washroom device that is arranged in symmetrically in described structure centre (2A) inboard; Described down gap (2D) level, parallel and be arranged in symmetrically on the described floor (A) with circular shape of square-section, and uprightly also be arranged in symmetrically around the border of described structure centre (2A) outer surface, and raceway or track (2E) with one group of general toroidal shape, described raceway or track (2E) level, parallel and spaced apart on the whole border of described gap (2D) bottom inner surface down symmetrically.
3. the rotary system that is used for buildings in general according to claim 2, it is characterized in that, described fixed structure (2) in its structure centre (2A) is mainly by being the total fixation means of building (B), wherein for example elevator ﹠ stairs and leisure and service area are formed, and described fixation means generally is arranged in the outside of described rotation platform (2).
4. the rotary system that is used for buildings in general according to claim 1, it is characterized in that, by the metal material of high resistance or have equate or more the described rotation platform (3) that constitutes of the similar material of high brightness and intensity mainly by fanlike die block assembly (3A), bottom connection bearing assembly (3B), one group of vertical wheel or bearing (3C), side connection bearing assembly (3D), the wheel of one group of level or bearing (3E), outside seal wall (3F) and floor (3G) form, and roughly the described fanlike die block assembly (3A) of semi-circular shape is along the border level of described rotation platform (3), parallel and arrange symmetrically and spaced a little; Have described bottom connection bearing assembly (3B) level of almost parallel hexahedron hollow shape and spaced apart between the lateral surfaces of the vicinity of described fanlike die block (3A) and composition surface symmetrically, and vertically aim at described one group of raceway or track (2E); Described one group of vertical wheel or the vertical center that also places described bottom connection bearing (3B) symmetrically of bearing (3C) with substantial cylindrical shape; Described side connection bearing assembly (3D) level with almost parallel hexahedron hollow shape also is arranged between the approach end on described fanlike die block (3A) inner surface and composition surface abreast, and flatly aims in described raceway or track (2C); Have the wheel of described one group of level or bearing (3E) level of substantial cylindrical shape and place the center of described side connection bearing (3D) symmetrically; The outside seal wall (3F) that has general bent shaped and be made of several different high-strength materials is vertical, upright also to be arranged on described rotation platform (3) outboard end symmetrically, fully engages thereon; Described floor (3G) level, parallel and be arranged in symmetrically on the border of described rotation platform (3) with circular shape, and wherein said floor (3G) is made of timber, granite, marble, metal, plastics or hardboard.
5. the rotary system that is used for buildings in general according to claim 4, it is characterized in that, described rotation platform (3) mainly is made up of with the inversion fastening system of one group of vertical wheel or bearing (3C) bottom connection bearing (3B), promptly, have bottom connection bearing (3B) component level of almost parallel hexahedron hollow shape and be connected to described one group of raceway or track (2E) symmetrically, and vertically aim at the contiguous lateral surfaces in described fanlike die block (3A) engaging zones, therefore, the described one group of vertical wheel or the vertical center that also places described bottom connection bearing (3B) symmetrically of bearing (3C) that have the substantial cylindrical shape; In this case, described rotation platform (3) is provided with one group of raceway or the track with general toroidal shape, described raceway or track cross level, parallel and spaced apart on the border of described rotation platform (3) lower surface symmetrically, and vertically aim at described one group of raceway or track (2E) in the described down gap (2D).
6. the rotary system that is used for buildings in general according to claim 4, it is characterized in that, described rotation platform (3) mainly is made up of top overcover with circular shape or ceiling (3H), described top overcover or ceiling (3H) level, parallel and separate in described fixed structure (2) lower surface in floor, described top (A) symmetrically, and externally seal on wall (3F) upper end or along described outside seal wall (3F) upper end and erectly and symmetrically supported by its outboard end, described outside seal wall (3F) upper end engages fully with described rotation platform (3) assembly.
7. the rotary system that is used for buildings in general according to claim 1, it is characterized in that, described rotation platform (3) mainly is made up of the outside seal wall (3I) with general bent shaped, described outside seal wall (3I) is made of several high-strength materials, and is vertical, upright and be arranged in symmetrically on described rotation platform (3) medial extremity.
8. the rotary system that is used for buildings in general according to claim 1, it is characterized in that, by the metal material of high resistance or have equate or more the described driven unit (4) that constitutes of the similar material of high brightness and intensity mainly form by the electro-motor that is connected with decelerator (4A), center support assembly (4B), belt guide (4C), post wheel part assembly (4D) and roller belt (4F), described decelerator (4A) separates in described rotation platform (3) lateral surfaces symmetrically, and has the post wheel in its output shaft (driving shaft); Described center support assembly (4B) with substantial cylindrical shape is vertical and spaced apart between described electro-motor that is connected with described decelerator (4A) and described rotation platform (3) side symmetrically; Have the cross section be similar to " C " the general toroidal shape described belt guide device (4C) level and be arranged in symmetrically around the whole border of described rotation platform (3) outer surface, and have round-shaped; Have described post wheel part assembly (4D) level of almost parallel hexahedral shape and place the adjacent transverse surface of described fan-shaped model (3A) symmetrically and the outboard end on composition surface between the center, and vertically aim at described belt guide (4C), each in the described post wheel part assembly (4D) all has one group of tooth (4E) the essentially rectangular shape, that separate along the border level and the symmetry of described outer surface; Roller belt (4F) level with general toroidal shape also is arranged in around the inner boundary of belt guide (4C) symmetrically, outside described post wheel (4D) part and outside described center support assembly (4B), and pass across the described electro-motor that is connected with decelerator (4A).
9. the rotary system that is used for buildings in general according to claim 1, it is characterized in that, described black box (6) mainly is made up of the assembly (6C) of one group of brush (6A), labyrinth packing assembly (6B) and lower seal element, have general bent shaped and square-section described one group of brush (6A) level, parallel and symmetrically outside described the border of cloth sealing wall (3F) upper end placed in the middle; Described labyrinth packing assembly (6B) level, parallel and placed in the middle along the border of described outside seal wall (3F) upper end symmetrically with almost parallel hexahedral shape, thereby on generation and the described outside seal wall (3F) and the sandwich of described one group of brush (6A); Have assembly (6C) level, parallel and be arranged in symmetrically around the border of described structure centre (2A) outer surface of the described lower seal element of general bent shaped and square-section, and on the top, aim at described rotation platform (3) inner surface.
10. the rotary system that is used for buildings in general according to claim 1, it is characterized in that, the described electrified assembly (7) that is provided with the described rotation platform (3) of electrical power bleeding point mainly is made up of one group of brush (7A), electrified track (7B) and electric collecting device (7A), and described one group of brush (7A) level of general toroidal shape also is arranged under described rotation platform (3) lower surface symmetrically; Described electrified track (7B) and brush system (7A) arranged vertical with general toroidal shape, level also is arranged between described gap (2D) lower surface down and described rotation platform (3) lower surface symmetrically; Have electric collecting device (7C) level of general toroidal shape and be arranged in symmetrically between described down gap (2D) lower surface and described rotation platform (3) lower surface, and parallel and in described electrified track (7B), separate symmetrically.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| BRPI0502275 BRPI0502275A (en) | 2005-07-04 | 2005-07-04 | Laying process of ceramic and rock plates by gluing |
| BRPI05022756 | 2005-07-04 |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN101500672A true CN101500672A (en) | 2009-08-05 |
Family
ID=37604818
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNA2006800322634A Pending CN101500672A (en) | 2005-07-04 | 2006-02-14 | Rotating system for buildings in general |
Country Status (5)
| Country | Link |
|---|---|
| EP (1) | EP1899556A2 (en) |
| CN (1) | CN101500672A (en) |
| BR (1) | BRPI0502275A (en) |
| RU (1) | RU2394967C2 (en) |
| WO (1) | WO2007003021A2 (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106337573A (en) * | 2016-11-16 | 2017-01-18 | 陈作炳 | Multi-room shared unit bathroom |
| CN108043036A (en) * | 2018-01-12 | 2018-05-18 | 金涛 | Rotating platform ferris wheel |
| CN108926848A (en) * | 2018-09-20 | 2018-12-04 | 深圳市鑫美幻想工程有限公司 | A kind of riding and carrying device of the gyro sort interaction Shoot type for industry of travelling |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101949230B (en) * | 2010-10-08 | 2014-10-15 | 马丹萌 | Sightseeing sunflower photovoltaic power station building with revolving restaurant |
| RU2594015C2 (en) * | 2012-05-21 | 2016-08-10 | Александр Владимирович Иванов | Individual living cell |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US3299588A (en) * | 1963-07-10 | 1967-01-24 | Lloyd L Arnold | Multilevel building structure with plural suspended revolving compartment units and method of making same |
-
2005
- 2005-07-04 BR BRPI0502275 patent/BRPI0502275A/en not_active IP Right Cessation
-
2006
- 2006-02-14 RU RU2008101925/03A patent/RU2394967C2/en not_active IP Right Cessation
- 2006-02-14 CN CNA2006800322634A patent/CN101500672A/en active Pending
- 2006-02-14 EP EP06721582A patent/EP1899556A2/en not_active Withdrawn
- 2006-02-14 WO PCT/BR2006/000021 patent/WO2007003021A2/en active Application Filing
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106337573A (en) * | 2016-11-16 | 2017-01-18 | 陈作炳 | Multi-room shared unit bathroom |
| CN106337573B (en) * | 2016-11-16 | 2019-05-14 | 陈作炳 | A kind of shared integral bathroom in more rooms |
| CN108043036A (en) * | 2018-01-12 | 2018-05-18 | 金涛 | Rotating platform ferris wheel |
| CN108926848A (en) * | 2018-09-20 | 2018-12-04 | 深圳市鑫美幻想工程有限公司 | A kind of riding and carrying device of the gyro sort interaction Shoot type for industry of travelling |
| CN108926848B (en) * | 2018-09-20 | 2024-01-30 | 深圳市鑫美幻想工程有限公司 | Gyroscope type interactive shooting riding equipment for recreation industry |
Also Published As
| Publication number | Publication date |
|---|---|
| WO2007003021A2 (en) | 2007-01-11 |
| RU2008101925A (en) | 2009-08-10 |
| EP1899556A2 (en) | 2008-03-19 |
| BRPI0502275A (en) | 2005-11-22 |
| WO2007003021A3 (en) | 2009-04-23 |
| RU2394967C2 (en) | 2010-07-20 |
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| PB01 | Publication | ||
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| SE01 | Entry into force of request for substantive examination | ||
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| WD01 | Invention patent application deemed withdrawn after publication |
Open date: 20090805 |