| CLAIMS 1) Automatic self-supporting structure made of extruded profiles: steel of all types and features - aluminum of all types and features - P.V.C. of all types and characteristics - other, characterized by the fact to be comprehensive within a container box element a base anchor, telescopic elements vertical and / or scrolling through them, a glass plate and a sliding hard mounted, a sliding wire mesh frame, metal and / or acrylic, a closing head cross, as well as all the related mechanisms and synchronizers, engine, electronic installations and on electronic control unit. 2) structure as the claim I, characterized by the fact that the chassis installed inside the box can operate with electric motors, pneumatic actuators, hydraulic systems, manually, and that all moving parts are within multi- cavity sealed housings, defining the modular assembly set materialized. 3) Structure as one or more previous claims characterized by the fact that the module, as supporting element, is configured in multiple locations depending on the operating needs, and is treated and / or coated with any type of material. 4) Structure as per claim 1, all the automatic are programmed by an electronic Structure as per claim 1, all the automatic are programmed by an electronic control unit with electric power storage also from renewable sources, and auxiliary equipment for remote moving control. 5) Structure as one or more previous claims characterized by the feet that, Structure as one or more previous claims characterized by the feet that, being modular elements will mate with each other, and are marketed in kit form. 6) structure as claim 1, electromagnetic draft pins for glass element, retinitis, other, are all devices with automated course end stop switches inside. 7) structure as in claim 1, the modular dimensioning can be within various measures and sizes in accordance with the technical guidelines for implementation. 8) Automated structure element, as to one or more above defined claims mat are characterized as described and illustrated in attached tables, drawings and figures. 9) In order to reflect the above, it is stated that: everything that is not well explained in minimum detail is integral and essential technically part of the defined object of the claims. With this form it is armored any copying and simulation, for degree and order. 1. Double-acting electromagnet (1) including bilateral synchronization in two with a specific slot (2), for single pulse which activates a single panel (3) . 2. Double-acting electromagnet according to claim 1, wherein the sliders are arranged one on left side and one on right side (4) to connect simultaneously the dual solenoid. 3. Double-acting electromagnet according to claim 1 or 2, in which the second means are arranged symmetrical each other (5). 4. Double-acting electromagnet according to claim 1, wherein the double vertical movement involves a type once and once another type of panel (14) 5. Double-acting electromagnet according to any preceding claim, when in closed position (10) it is invisible. 6. Procurement proceedings of the modular element by an industrial process, characterized in that one (9) or more elements are inter-coupled. 7. Procedure according to claim 6, where the modular element is perfectly sealed even when coupled position OPEN (7). 8. Procedure according to claim 1, where the double-acting electromagnet (4), is operated by an electronic device (3) with automatic or manual detector by means of radio remote control. 9. The sliding panels overlap each other (9) are included in a single modular self- supporting element (10) when in the CLOSED position, they become not visible. 10. Procedure according to claim 9, the sliding panels, fixed together, constitute a MODULAR. ELEMENT of various sizes (11). considering both width and height 11. Procedure according to claim 10, characterized in that the head of each module a mechanical hook is applied( 2). 12. Procedure according to claim 9, characterized in that inside the base the anchor bohs are installed (13). 13. Procedure according to claim 9, characterized in that the housing of the jack (20), within the baseplate (15), inside the cold formed or extruded profiles, has the synchronization mechanism in an eccentric position with respect to transmission body (16). 14. Procedure according to claim 9 characterized in that the motor (17) acting the two actuators (20) simultaneously by a drive shaft (16), as well as being an integral part of one of the two, it is inserted in size and power in the base (18) of the module. 15. Procedure according to claim 9, characterized in that the electronic control unit is also included it in size and load, in the base (18) of the module, moving the panels (3) with simultaneous procedures responding to the status change of the external sensors, and remote control for handling them automatically. le.Procedure according to claim 9, the sliding panels are held by a f ame in which the base has the 'notched' side (21) necessary for damping the bending moment in the middle. |
- STRUTTU E OF AUTOMATIC PROTECTION -
DESCRIPTION
The object of the present found is defined to be a self-supporting automatic structure. It is initially configured as a system of balcony convertible parapet and responds to a multiplicity of needs that are expressed by industry development and use of open and closed spaces.
Actually balconies, patios, arcades, etc.. Are delimited by a balustrade of several elements (steel, aluminum, glass, etc..), with protection functions and delineation of open space.
These complementary elements of construction, used to be placed where it is not possible to increase the cubic building and where it is necessary to create usable outdoor areas and / or closed protected (terraces, balconies, living areas etc..,).
The multipurpose parapet system, subject of this innovation project, looks like a normal parapet or any other safety guard system. This particular system differs than the usual, and bebomes part of a special or particular category, by the touch of a switch and / or activation of a programmed sensor opens and closes spaces and / or bounds confined areas very easily, providing a smooth, flexible architectural and landscaping included as infrastructure, (type planter and / or other). At the touch of a switch, mis system is activated and raise a screen from
the housing structure in the form allows you to close or shield with mosquito
net, safely, the space above the parapet After the drive is inserted into the
screen frame, can be stopped allowing maximum ventilation together with a vision of space surroundings, alternatively exit the mosquito net, you can operate the
lifting a glass panel that goes to cover all or part the area without disturbing the view.
Both panels have a colored unbreakable safety glass. The innovative system allows for the first time to close terraces - pate, arcades, or any area you want to
keep confidential, sound and screen while giving the feeling of being outdoors.
Currently the state of technology allows you to respond to needs related to
fixed and not removable installations.
In particular, typical material features associated with this kind of automatic innovative elements are:
Mam structure in three versions:
steel, aluminum, P.V.C. , Other,
elements of completion:
glass, polymethyl methacrylate, acrylic network, other,
automation devices:
electrical appliances, electromechanical, hydraulic, pneumatic, other. The main task of this found to achieve an modular structure which is capable, once assembled, to satisfy the various correspondences that offers when inserted in various environments, allowing for high application flexibility and ease of use and installation by the operator. Another purpose of this found is to create a modular automatic mechanism which structure is very solid and secure in relation to the most specified regulations that may be present in destination countries.
Another purpose of this found is to create a form whose structure is automatically producible to save some money for a rapid integration in the national
and international markets.
Additional features and advantages of this found will be configured from the definition of a form taken outlined under indicative, but not limited to, the scope for high aesthetic style in the attached tables of drawings and figures in which:
Fig.1 illustrates in front elevation and section of the automatic elements module, closed and open as the described structure of the found;
The figure 2 illustrates the axonometric view of the element of fig.1 with
relevant details;
Fig. 3 the extruded shaped sections of fig.1 on orthogonal projection;
Fig.4 shows in exploded form sectioned elements of fig.1 ;
Fig. 5 illustrates in front elevation isometric forms in composition between them, with the sequential positioning, A / B / C. Fig. 5 (p / A) shows in the isometric front view, a module with automatic structure as for the found in the position /one as a simple parapet; Fig. 5 (p / B) shows in the axonometric front view, an automatic module, in configuration as for the found in the position /two protection from inclement weather;
Fig. 5 (p / C) shows the isometric front view an automatic module as for the found in the position /three protection from inclement weather;.
Fig. 1 illustrates in front elevation and sections, a sized modular panel for area delimitations with coupling system for multiple elements, with automatic scroll mechanism.
Fig. 2 shows in isometric projection in the modules of figure 1 in different operating configurations:
The pair of synchronized multi-stage telescopic columns, P / 1 in Table 1 The implementation mechanism with device synchronization, P / 2 in Fig 4 ΙΠ upper glass module, P / A in fig.5
IV below glass module, P / B in Fig. 5
V form dithered lower P / C in Fig. 5
VI balustrade, P / A in Fig. 5
VII latch lower module, P / 6 Vni closing panel in Fig. 2 The mechanism that drives the moving of this system is a
Electro-mechanic -hydraulic- pneumatic, device all powered by
a F.e.m. and / or with appropriate alternative energy systems or rope mechanism easy installed that is accessible to any repair, and bearing mounted screens.
Each unit is also well equipped with a handcrank in case of interruption of
primary energy, it is easy to be operated manually. The soundproofing and
weather pollutions resistance is controlled by silicone sealants, gaskets
rubbery materials, and anything else and the market, suitable for temperatures from -50C ° to 50C °. Currently the state of technology allows us to respond to needs related to the installation point wim the command element modular able to perform, quite rigid once assembled, and a one of the functions mat require installation in the global system.
In particular dedicated features typical of those factors are:
addition to those mentioned, the flexibility of operation with remote controls, switches, buttons, switches and sensors, could be effective ways
choice and decided on the implementation stage, without having to perform structural changes in the elements.
Last but not least purpose of this is found to produce a factor which
structure is produced with known technologies and equipment and possibly
fashions of highly aesthetic style. With the primary task of being an automatic modular characterized by the feet of include in it a well defined box element a series of elements to be moved in syncronism with each other. In practice it is observed that this found satisfies the requested functions and purpose solutions.
In particular, to observe how the system module structure according to the invention fulfills so egregious to all modes of operation which can cope with, allowing a very simple to use and operator application. The operator can decide on the spot which will mode provided for the application without having to predict changes
major structural elements exist.
Is still to be observed as the multifunctional element structure as for the found, do not go under any circumstances to the detriment of overall safety
which meets all the most demanding standards developed in most industrialized countries.
Additionally it should be noted again as the element with the structure as for the found, can be advantageously realized in modular mode
coupled with other modules to complete acts mainly aesthetic - style.
This is likely to find numerous modifications and variants all felling
within the inventive concept
The technical details are replaceable with other technically equivalent elements. The materials and dimensions may be any according to requirements. a) The present found, as already described and amply illustrated in the above, fells within the scope of the "Automated Structural Electro-Mechanics" in modular interlocking configuration as in Table 1 - 2 - 4 Module: closed - open - in motion
1) Transparent modular telescopic Glass frame with total disappearance at closing balustrade balconies and terraces in housing without the application of fixed full height columns.
2) Glass referred to a self-supporting structure made of extruded profiles made of any off-the-shelf materials including steel, aluminum, PVC, or any other, characterized by basic element container, base anchor, vertical telescopic elements between them, a transparent sheet fixed and two removable mounted, a removable metallic or acrylic net frame, an overhead cap with automatic closure, as well as all its mechanisms and synchronizers, engine, electrical system with control unit and sensors for closing and opening in line with changes in weather. b) The present found is the result of inventive combination among a number of existing instruments such as:
Self-supporting structure:
1) sheet folded at each type and quality which meets innovative exercise;
2) Extruded aluminum of any kind and quality, innovative responsive performance;
3) P.V.C. extruded every type and quality which meets innovative exercise.
Electromechanical mechanisms as (20), applied at the factory exclusively for the adaptability of the invention
Table 7 supports attachment to:
Base - Head - uprights;
Frame panels with a notched corner at the base, measure the damping of the bending moment in the middle due to the kinetic forces that affect the surface of the panel;
Electronic Control Table 3 for:
1) weather detection sensors for positioning panels
2) simultaneous remote commands, see:
Position Open - Closed - partially closed -Tab 7; Simultaneity of different panels, see:
1 ) plate glass, clear or tinted Table 7;
2) Plexiglas uniform and / or perforated, clear or tinted Table 8. c) This innovative feature is found for multiple use as:
1) Separation of plant environments, occasional - stable and / or temporary,
2) Designation of restricted areas for privacy, as is evident from Table 2;
3) Applications:
Housing - Industrial
Occupation of public
Health
Thermal acoustic insulation
Protection from sunlight
View synoptic description attachment d) Description of drawings: Chart exploded
Form Closed / Open / Composition
Application Type:
Terrace - as balustrade and / or parapet
Patios - as protective planter
Public land - as separator of occasional environments
Offices - such as limitations on areas for privacy
Solarium - as protective sunlight
Etc .... e) Applications: Balconies in residential apartments. f) sectoral separators for various disciplines and departments in industrial workshops. OUTLINE SUMMARISING:
Existing problems - and problem eolations
Sectors Existing problems Problem solutions
Residential/Industrial spaces and areas not used to terraces - as a parapet element - Construction 100% of potential 360 days patios— porticos— protection or
a year, due to variations in beautification of decon
climate during any given
day.
Set-up of immediate and/or
permanent venues and/or
areas bounded to varying
extents, in all different
climatic situations and at
any latitude.
Service transitory occupation of public
establishments and/or private surface areas;
areas fronting - restaurants, caf¾s,
pubs;
temporary set-up of fairground - outdoor movie viewing areas,
museums, circuses, theatres, game
rooms, automobile shows, sales
conventions etc.;
Venues medical facilities - as dividers for
reserved areas;
offices — as partitions for
workstations;
Technical solutions noise: thermal-acoustic insulation and
soundproofing of settings;
refraction: shielding from sunlight;
design: harmonisation with surrounding
architecture - light, manoeuvrable
styling in the various models.
The primary technical, scientific and technological problems to be resolved in order to achieve die objective and arrive at die planned solutions involve producing a modular kit able to generate a number of different models and types that can be used in various combinations.
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