ES1135980U - Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, distribution and delivery of storage, with climate control systems, refrigerator, freezer, climate control and protective measures, security and telematics (Machine-translation by Google Translate, not legally binding) - Google Patents

Abstract

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, distribution and delivery of storage, with climate control systems, refrigerator, freezer, climate control and protective measures, security and telematics, characterized because it presents: - a structure with a special nanotechnological fabric with physical protection properties with at least one non-woven layer comprising short para-aramid fibers, nano-textiles, polymers. - a main body endowed with a modular furniture of several sections of storage, warehouses of goods, purchases, acquisitions, returns, parcel returns, courier, postcards, type mailboxes, boxes. - a housing with control system for opening, closing, storage, control of use of the storage area, protection, location, deposit of goods, parcel service. With sensors, analyzers, controllers. - some sections, zones, capsules, sectors, divisions, with temperature controller, positive and negative, refrigerated, freezers, document identifiers, cashier, with security controls. - an operating system equipped with computer software systems and high security algorithmic encryption means, telematic means, communication, operation, broadcast, reception, retransmission, verification, validation and control. - own and/or alternative frequencies, via satellite, via analog, digital, gps, gms. - some microprocessors for the control and operation of the opening and closing system. - communication systems by cables, analogue, digital, wifi, gms, gps, satellite systems integrated into operating systems encrypted codes for operability. - a protective screen for packet slogans, intended to be placed in front of the front of a visual/sound/touch screen, cashier covering the entire screen of it. (Machine-translation by Google Translate, not legally binding)

Description

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storage, distribution and delivery of deposit, with climate control systems, refrigerator, freezer, air conditioner and with protective, safety and telematic measures

DESCRIPTION OBJECT OF THE INVENTION

The present invention aims at the design and manufacture of a box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of internal and external storage, with protective measures and comprehensive logistics security , with climate control systems, refrigerator and freezer, air conditioning, protection of goods and telematics at a thermal, visual, acoustic, security level in an integral physical way, through an online ordering system, online telematic purchases, purchases deposited in homes, buildings, residences, offices, apartments, workplaces with and / or without an observation or physical surveillance and incorporating a control in the collection, delivery and permanent deposit of users and / or customers.

The box, container, container, trunk, drawer, unit, comprises independent compartments with a front outlet to facilitate loading, unloading, storage of said containers, cells, sections, sections, these can be acclimatized according to each need. Depending on the design, size, use, that you want to give it, it has built-in safety measures, coupled, tied, attached, screwed, bonded, welded, on the facade, walls, floors, fixed / mobile surfaces to ensure resistance, impossibility of movement, displacement, plucking, transfer, theft, theft, breakage, mechanical, natural, accidental, accidental and / or criminal origin, vandalism of the maximum technical possibility.

SECTOR OF THE TECHNIQUE

The present invention aims at the design and manufacture of a box, container, container, trunk, integral logistic security drawer, procurement, storage, distribution and delivery of internal and external storage, with weather protection measures, temperature control systems -fridge and freezer, air conditioner, protector of goods, telematics at thermal, visual, acoustic level, through an online ordering system,

Online telematics purchases, purchases deposited in homes, buildings, residences, offices,

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a control in the collection, delivery and permanent deposit of the users and / or clients. The box, container, container, trunk, drawer, unit, etc., according to the design, size, use, have security measures incorporated, coupled, tied, attached, screwed, attached, welded, on the facade, walls, floors, fixed / mobile surfaces to ensure resistance, impossibility of movement, displacement, plucking, transfer, theft, theft, breakage, mechanical, natural, accidental, accidental and / or criminal origin, vandalism of the maximum technical possibility.

It can be used manually, automatically or robotically, by means of a delivery, transport, distribution system such as those used in land, air, amphibian, drones with technological combinations of various systems, technologies to perform this main delivery activity / collection, quality control of delivery, protection of the weather-thermal-insulating state of said types of purchases, purchases, deliveries / collections of goods / objects, in their warehouse, distribution, distribution and / or storage, etc. And also as partial or total control of said deposits, containers, trunks, boxes, drawers, containers of visual, acoustic, movement, security, weather, anti-theft, anti-vandalism and / or delivery control systems , recharge by transmission systems, recharge of energies via atmospheres, cables, wireless terrestrial, aerial, by wifi, telematic, by cable, load by physical approach, energy transmission, by climatic changes, chemical conversions, plates, panels, textiles solar, by means of electric current, delivery, distribution of energy by means of systems of charge of renewable energies of any origin, transport, load / download, transformation and including in a place of landing, of territorial stop, takeoff, download, in the position of rest- deposit of purchases, acquisitions, deliveries by air, land for the deposit, delivery, collection of these goods, purchases, for your deposit Sito-delivery in said containers, trunks, boxes, security containers, in addition to being able to be recharged with energy these transport systems, distribution even and not limited to those of robotic type, drones with technologies and systems of communication, control, transmission of data, artificial intelligence via satellite, GPS, GMS, Wi-Fi, existing telecommunications systems and existing, not being limited use, creation, design, manufacturing with the combination of such systems for this use, application, incorporation with existing technologies and / or for existing in the future with reference to these automatic, telematic, robotized systems, by aerial, terrestrial, amphibious drones, by aerial-terrestrial drag / hovercraft type to carry out the delivery / collection of said goods in a safe, timely, effective way, pragmatic, safe, effective, with maximum security both of this invention thus protecting goods, products, objects with n robberies, vandalism, climatic changes such as the physical contact of said invention with inclement weather, storms, rain, snow, wind, high temperatures, changing, extreme, humidity, floods, weather changes, etc.

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STATE OF THE TECHNIQUE

At present and as a reference to the state of the art, the existence of some other similar invention is unknown by the petitioner, so we present our invention for its great technological innovation, its safety and efficacy.

For years they have been looking for means, systems, technologies to offer a global market, a safe, economical and viable way to deliver, collect, deposit goods, purchases, parcels, courier and mail.

The only existing system / method that has been able to comply with this object has been the "postbox", which knowing that it exists, its security is minimal and / or nil every time having more access of thieves, vandalize them to these deposit systems of letters (mailboxes), stationery, press It is being in addition to a means of delivery of less use due to the influence of the media by internet, emails, electronic press, downloads by Wifi, therefore already being less used and possibly ceasing to exist in the future by the delivery of all documentation including official, state, administrative via internet and even already being mandatory in most advanced countries the use of these telematic systems, informative by law, decree and even being able to receive notifications, documentation at the information level, penalties, communications, advertising, administrative documents, medical, state use, tax and by means telematics as you can see in any country even in emerging states and already being fully introduced almost completely in developed countries with Europe, USA, Asia, etc.

With the increase in these systems, telematic, computer, online or online purchases, the lack of viability and future of existing mail systems, such as the mailbox, postman and post office boxes, is taken for granted, because they are becoming outdated and obsolete, being designed more than a century ago to allow home delivery of stationery, mail, documentation, and small deliveries. Due to the low real value of these deliveries being stationery, advertising, documentation, the mailbox, box or post office box was that it has increased and is increasing exponentially, even existing market studies to declare, confirm, validate statistical data, market studies that in a decade online sales, telematic sales will be at least 25% of the global population in some way or another, traditional systems have become obsolete.

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The invention incorporates an advertising medium with an additional ecological system of generation, creation, storage, transformation and distribution of electrical energy. Constituting an ecological-advertising set for the benefit of increasing the economic, technical and energy self-sufficiency of the invention globally in any field, location by reducing consumption for both the operation of the invention globally and / or partially and of the maintenance and / or operation of said advertising screen and / or of road and / or other information including the operating system of the invention as a whole and / or partially.

EXPLANATION OF THE INVENTION

The present invention aims at the design and manufacture of a box, container, container, trunk, integral logistic security drawer, procurement, storage, distribution and delivery of internal and external storage, with protective measures and climate control systems , refrigerator and freezer, air conditioning, asset protection, telematics at thermal, visual, acoustic level, through an online ordering system, online telematic purchases, purchases deposited in homes, buildings, residences, offices, apartments, workplaces with and / or without an observation or physical surveillance and incorporating a control in the collection, delivery and permanent deposit of users and / or customers.

Problem and solution to the problem

It has already been possible to explain the biggest problems and the difficulty of the means, routes, systems, programs for the delivery, distribution, distribution of goods, purchases, acquisitions, parcels, courier, mail, etc.

With more and more interest, demand, increase in the sales market, home delivery and even more and more usual, the purchase / sale delivery, distribution of purchases, online purchases, computer, telematics, and other means without being limited a The problem of existing methods is mainly that, as and / or where such objects, goods, acquisitions with higher economic values can be left than letters, documents, advertising with the greatest security and protection possible in an effective way , pragmatic, decisive and economically viable, of great durability.

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The invention consists of a box, container, container, trunk, drawer, comprehensive logistics security, procurement, storage, delivery and delivery of deposit, with weather, telematic protective measures. With it, a viable, innovative, pragmatic and effective solution is offered combining the needs of customers, users with that of the commercial, industrial and especially in the distribution sector which will increase after the incorporation, expansion of this Global invention.

 The advantage of the invention is the lack of being and / or having a person physically at the place of delivery, a fact that improves on existing systems.

 Possibility of making returns of said document, good, parcel, courier, mail at the same time if one is not at the time of delivery via the mailman from the same point of delivery, address, address.

 Absolute physical security and weather protection of goods, objects, purchases at the point and / or time of delivery / collection of goods, objects.

 Increase in the delivery, sale, distribution, distribution schedules directly and / or indirectly of the current, limited package, at a time of 24/7/365 and without restrictions, thus increasing comfort towards the customer.

 It saves time.  Reduction of operational expenses of spaces, locations, points of sale and therefore of operability.

All this makes it an innovative and revolutionary invention and a system with the use, the combination of security, protection, and control technologies so that these situations of restriction in delivery schedules, capacity, delivery load, protection and safety of the delivered goods are viable including their weather protection in the case of food deliveries are essential for reasons of hygiene and food safety. Thus covering the need of today's society and thus innovating and expanding new commercial and distribution routes worldwide.

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deposit in any place, location and can be used in more than one way, carrying out various operations, activities, services for the benefit of industry, commerce and especially in the distribution and thus changing the way of making online purchases for distribution effective and safe and thus being able to get all the service via internet, telematic, to be equally effective in the “customer-commerce-purchase via internet” route as in the “commerce-customer delivery”.

Components of the invention:

The invention consists of the design, manufacturing location of a box, container, container, trunk, drawer, unit, in which said unit is according to its design, size, use, safety measures incorporated, coupled, attached, attached, bolted, adhered, welded, on the facade, walls, floors, fixed / mobile surfaces to ensure resistance, impossibility of movement, displacement, tearing, transfer, theft, theft, breakage, mechanical, natural, accidental, accidental and / or origin displacement criminal, vandalism of the maximum technical possibility.

Said unit, box, trunk, container, container with protection and safety properties which in no way this invention and its descriptions limits them both in their reduction, combinations, technical changes and / or through the increase of said technologies, systems , applications, improvements, over time, the future and through future designs, improvements with the incorporation of greater measures and technological advances both in manufacturing quality, safety technologies, protection, climate control, construction means manufacturing, through the use of materials environmental, viable, recyclable, nanotechnological, which may be added partially, completely or in combination, depending on the design and / or future needs of the invention.

These units confirm, according to their size and use, the possibility of being of single use for the delivery / collection of goods, objects, goods of origin and normal physical use, not perishable, without the need for protection and / or environmental controls such as books, clothing , media, plastics, etc., ...

Other units of this invention will have this first option in addition to having other versions which may include a zone of climate control, refrigeration and even freezing.

both in a home delivery.

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thermal, climatic a purchase of non-perishable objects and also the possibility of storing, storing products, objects, food, perishable goods and even frozen by the incorporation of a thermal section, insulator and with freezing measures the same as an existing refrigerator, freezer in the market today.

The thermal insulator, climate protection is of great relevance for the amount of hours that said goods can be deposited, perishable food, food, frozen, therefore it is introduced into the inner layers, insulating layers of an exclusive combination of metallic, nanotechnological, textile alloys , polymers to achieve maximum insulation so that they can not only protect themselves, but also control extreme, variable temperatures, humidity, during the day, night, summer, winter, but also preventing freezing, severe cooling of fruits, vegetables, delicate foods in Times and / in cold conditions, frosts, therefore getting the thermal, climatic protection of the invention in its design, application and operational needs.

The invention according to its design, use, location may be connecting to various forms of electrical, energetic operation, being the most normal, habitual connection to the home network but also and not limited to its connection to energy means such as connection to batteries, rechargeable batteries from the home, connection, charging, transmission of electricity through the air, the atmosphere, without wiring wirelessly which would allow the charging of batteries and / or the operation of the invention without cables. Also being able to be connected by systems of creation of recyclable energy, windmills, chemical changes, energies of physical, chemical, magnet, environmental and also through the coverage, integration of solar panels on the sides, sides, surfaces in format of glass, textiles, polymers and even using nano textiles and nanotechnologies which this supply, creation, transformation, distribution of energy in a total, partial, assisted way, will be able to operate, operate the invention effectively and being greater and / or lower consumption, energy needs, according to capacity, size, thermal, climatic, safety requirements, etc.

The invention being fully operational and with physical security measures such as the introduction, incorporation, integration, annexation, attachment of fastening measures, cables, belts, metal structures, bars, polymers, fibers, fabrics in its external / internal design , combined in the section of physical security, anti-theft protection, anti-bolting, secured by means of a system of closures of high resistance to fixed surfaces, of weight, of physical resistance so as not to be stolen, extracted, transfer of their locations, locations, locations and resisting to the maximum any attempt of robbery, extraction, forced displacement, movements, displacements even accidental, accidental, etc.

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It incorporates motion sensors to detect the incidence of an attempted robbery or act of vandalism. These motion sensors will emit to the owners, users, the security company and / or the police the incidence of an attempted theft, robbery, vandalism, forced displacement of the invention by means of a signal, warning, telematic communication, audio visual, integrated alarm in the house, GPS, GMS, SMS, Wi-Fi, satellite and even having the invention an integral part of the home automation system, home security which can be kept under surveillance, recording continuously, partially and / or by activation of the motion, safety sensors to be able to communicate precisely, immediately and / or lively of the incident and even with the transmission and / or retransmission of images, live sounds to the client, operator, security company, etc.

The invention can be annexed as an integral part of the home automation system of housing, office, company ... and incorporated into the surveillance system, the recording system, motion and security sensors, image retransmission, sounds, ... and power communicate so precisely and immediately.

In the case of physical lifting, detachment of the clamping surfaces, security illegally, irregularly, without authorization of the invention of the ground, sides, sides, breaks of the clamping systems of the invention partially, and / or totally may incorporate security measures such as detonation, explosion, expansion, discharge of gases, paints, dyes that are not harmful but as permanent as possible to identify in the future that said units are of illicit origin, therefore preventing their subsequent sale in a market Secondary, in addition to having systems and / or means of identification through barcodes, security, systems, tracking microchips, tracking, identification and even with its registration, marking on the inside, outside, side numbers, address, data of the manufacturer and / or the owner so again making the sale, theft, theft of the invention unlawful for unlawful purposes.

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robotics, by means of opening sensors which authorize the opening, opening time, place, section, partial, total, by sections, door compartments, accesses, opening of the invention, therefore according to the delivery, origin of the product, distribution each trade may have partial, independent and / or total access to all spaces, sectors, independent storage compartments with a front exit to facilitate loading, unloading, storage of said containers, cells, sections, sections heated with food and / or drugs according to each need, depending on what will be distributed, delivered, collected, there may be sections of the invention only for objects of organic origin, paper, such as letters, advertising, press and other sections of the invention only for frozen, objects perishable / fresh-pharmaceutical, objects with chemical risk properties such as bleach, chlorine, cleaning, pharmaceutical-medical, as all being separated into separate, independent compartments, insulated, thermal-controlled and can be delivered by several companies, shops during the day as required by the client.

The invention can incorporate a pole with an advertising screen located and / or may be installed, incorporated, attached to the roof, roof, sides, sides of the invention being self-sufficient energy by the creation of energy via a wind turbine system / s, solar panels and / or both means of creating energy in an ecological way.

The invention concerns the incorporation of one, several posts, structures carrying one or more electronic advertising screens, such as a digital diode, LED, digital, analog, satellite screen incorporating means for power generation and even for charging of electric vehicles, devices and / or electric means among other features that give it an ecological, self-sufficient and even transmitter, storage, distribution of these ecological energies.

The provision of such screens associated with poles to provide advertising, and / or road information to the users of public roads, in particular arranged together with the invention in gas stations, train stations, buses, airports, port terminals, urban subway, exchangers, public and / or private buildings, roads, tolls, stadiums, entertainment venues, hospitals, schools, pharmacies, parking lots, hotels and / or in areas of frequent passage of users, pedestrians, and / or in public facilities such as airports, industrial, technological parks, residences, urbanizations, sports stadiums and / or sports centers, leisure,

barracks, commissioners, etc.

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which includes a screen capable of displaying a series of changing, informative and / or advertising images, and in an ecologically operational way. In the rest of this description, this screen will be referred to as advertising, although its functionality may be varied, not limiting, although advertising is one of the preferred alternatives.

The proposed post is of the type that comprises a mast of steel, metal, construction material, polymers or concrete provided at the top, sides of at least one electronic advertising screen with its equipment (electrical and / or electronic) supporting and prepared to provide changing advertising images.

According to the incorporation of this technology to the invention said post comprises fixed to its upper end area and / or on the roof / roof of the invention unit of a vertical axis wind turbine which integrates a rotor arranged to rotate with respect to said axis and provided with a central body and a plurality of blades connected to said central body, the rotation axis of the rotor being arranged coaxially aligned with said mast.

By means of the arrangement proposed by this invention, said wind turbine is prepared to feed with electric power through an adapter said advertising screen and / or discharge the captured energy in a distribution, storage, transformation network of electric energy.

Also being able to install, incorporate, annex alternative energy creation means and systems of ecological origin such as sunlight, emissions, radiation, vibrations, geothermal, which independently and / or together achieve maximum energy self-sufficiency and even the operational possibility of being able to store, distribute to other systems, means and / or electrical devices including vehicles, means of electrical transport. You can install backup media and / or common network connections for emergencies due to cutting, breakdown, physical damage, but having as main support and creation of energy that of ecological origin.

It is to be understood that in one of the operating modes the advertising screen will receive energy from the wind turbine, solar panels, alternative energies without limitations which can also be stored, if necessary in one or more batteries advantageously located at the foot of the nearest perimeter.

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The screen is a digital display of LEDs and / or of a similar compatible technology, advancement of audiovisual, telematic, computer technologies with the required benefits, which allows to offer images and texts, sounds, messages, communications, variables in time, space advantageously in a multiplicity of colors, providing good visibility over long distances.

In general, the ecological pole incorporated in the proposed invention will include at least two screens but models can be made, adaptable to each design for incorporation into the invention without limit to the number of screens, designs, formats, dimensions, etc.

The invention is designed so that the delivery of such products can be done in a global way, generally with the introduction of bags, boxes within a basic unit and / or in the case of more specialized, more specific versions, it may be required that the distributor have to enter in the unit, object by object which, when introduced in the invention, box, trunk, container, container pass through a reader type barcode reader sectorially, by compartments, of sectors which in their introduction It is communicated both to the distributor, trade, distributor, customer of the delivery of that moment of that product in said invention so that all parties can have proof that said objects, acquired products have been deposited within the section, sector, of the invention. In the case of introducing the product, well, the object is withdrawn by the same person and / or by another again this opposite movement is also communicated to the parties through messages, home automation, GPS, SMS, Wi-Fi, messages so knowing also at the moment if a product, object, has been well returned, withdrawn, not delivered and then withdrawn, reducing the amount of losses due to theft, theft, waste, carelessness, loss in distribution and thus all the parties having proof of all Activities carried out with the invention, its sections and at what time, time, company, deliveryman has made the delivery / collection without forgetting the possibility that the entire invention, location location can be recorded in real form, live both in a way visual as audio-visual, sensory, thermal, etc.

Each company, trade, distributor will have several ways of proceeding with the opening of the invention, its sections, its compartments, therefore it can be accessed in a simple way, image22 and / or improvements with technological advances. The systems and / or means of access, doors, drawers of lateral opening, upper, lower, openings and storage places type cabinets, storage places, storage, security, storage with external / internal accesses, connected, vertically independent and / or horizontal may be of variable, independent designs, internal incorporation of lateral sections, dividers, sliding doors, doors type shutters, garage, manual-automatic collection - home automation, opening inwards, the interior of the invention, with hydraulic systems , manuals, automatic, gas, compressors, magnetized and / or with systems of locks, locks, security means, even those used in the doors provided, high security all depending on the necessary requirements for both size, free space, risk of residence, location, climate of the region, net weight of the invention, value of purchases, number of purchases / use, location, height, net / gross external / internal dimensions, measurements, price, cost, number of compartments, storage sectors, thermal systems, insulation, both cooling, heats, thermal waves, freezing, temperature control, etc.

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The most recommended systems may be that each distributor, group of distributors, distributors, ... has a fingerprint detector incorporated in the computer system of the invention in which with the application of its fingerprint the distributor knows that said person is physically in that location, time, day and even recording live images if required, its transmission to home automation and / or communication systems such as tablets, phones, computers, control rooms and made such delivery / collection which through a bank of data and / or fingerprint bank, iris, breath, encrypted, numerical, alphanumeric security means, by signals, checks by and / or via telematics, access codes, verification, verification of and / or sensors of the invention may authorize the total, partial opening of the invention according to the level of security and / or objects to be delivered and / or collected in case of erroneous deliveries, returns tion due to breakages, use of guarantees for technical / operational incidents, etc.

They can also be incorporated into clothing, helmets, hats, glasses, watches, communication devices in which these upon arrival at the residence, location, address may request a momentary access number, schedule, daily and through the recording media They may request the opening code number of the sections of the invention and online, live and / or via messages, continuous communications access, deliver / collect objects, products and at the same time record, transmit the introduction from the code opening, subsequent closing and confirmation of definitive closing, and even closing again with another closing number, again it can be done if it is required to send a communication to the user, owner that the delivery is already made correctly. the recording of the procedure being used in the case of discrepancies, disputes over the objects delivered, time, place, damages and so again maintaining a high level of quality of customer service, reduction of losses, damages, possible robberies, thefts, claims false and thus be able to truthfully resolve claims situations between parties and / or all parties even thus making the dealer know that all his acts are being controlled and therefore knowing that he is being studied, monitored continuously and / or partially their acts in each delivery / collection thus avoiding unnecessary damage to goods, objects, products throughout the procedure, process, distribution program.

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Another control measure is that within the invention, drawer, trunk, container, container, there is a system of weights, balances, weight testers therefore, the output weight of the commercial and / or distribution sector has to be the same that during its delivery / deposit in the delivery vehicle and logically its descent from said means of transport can also be verified in the vehicle and finally in delivery, deposit in the container, box, drawer, trunk, security container of the invention by therefore being able to verify that the general weight of the purchase-delivery being the same in the commercial-distribution section and also the same in the delivery-domicile-customer introduced, deposited within the invention, therefore thus ensuring almost exactly that the weight is the same in all the steps of the distribution and with minimal variations to also ensure the impossibility of losses, losses, theft, theft, breakage, during the steps and l procedure from the merchant-distributor to the final customer.

In the case of distribution systems, even distribution of origin, robotic design, by land drones, amphibians, hovercraft type, aerial for distribution, delivery, collection of any type of product, object, well it has been designed that the top , laterals, additional units, annexes of the invention, compartments of the invention, trunk, box, drawer, container, container have the possibility of telematic, computer or home automation opening from a control room, of the system itself, of the apparatus in which in the In case of distribution, aerial distribution in an air drone can land on top of the invention, it sends a signal and then the compartment opens in such a way that it allows the drone to open it already landed on the invention and / or open it in a waiting state in the air, on the ground next door, near and / or in transit and on arrival image26 At the moment that the invention has been opened in any way, the most effective being that of the upper opening, leaving sufficient spaces for the introduction of the object, product, but also allowing the legs, fastening systems, damping of the aerial drone to be able to safe to land in the invention and / or even drop the cargo, objects, products, goods through the hole, space, opening, from the air as in the case of a helicopter launching, dropping an object towards the ground, surface, thus avoiding a landing, if so required for any operational reason, security, etc.

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In the case of drones for land use, amphibians, hovercraft, robotics, automated controllers, automatic, manual, these can benefit if it is required of energy recharges by introducing them to current systems, energies in and / or towards the invention, by means of the contact of the drones, robotic tissues woven with energy transmission and even by air transmission of said waves, frequencies for recharging, continuous use of the drone systems and thus being able to reduce, lighten and / or increase the range, distances, weight, frequency of this distribution system for the invention.

It can be transported via a fully legal vehicle even automatically, drone type, vehicle, truck, delivery van in which there is a land robot drone. Said terrestrial robot-drone upon arrival at a home may be robotic, manual, automatic and even controlled via a drone system and be directed to choose the object, package, package, package inside the vehicle, proceed through the side opening, rear, front, top of the vehicle and after opening the door, access a ramp, means of transfer, mini crane, bridge is extended in which the robot, land drone, waits again for the vehicle to close to ensure safety and the integrity of the rest of the merchandise / distribution is not stolen and at that time proceed to access via the surface, street, sidewalks, roads, walks, until it reaches the drawer, box, container trunk, security container to perform its activity operative delivery and / or collection and may even be a new means of delivering letters to save personnel costs in the mail means already known to mail carriers, human delivery agents, et C.

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Free access to the invention, to the drawer, box, trunk, security containers and especially in homes, places where there are no fences, walls, walls, gates and even though with closing systems this type of ground drone-robot can open manual, computer, home automation, telematic doors and accesses with automatic opening systems, by means of remote controls and / or by visual, electrical, encrypted, drone-puertadomotic-dwelling, emitted from the robot-drone to the housing and / or security means, surveillance rooms of the domicile / delivery location to access said address, even being viable for the activity of surveillance, security, movement control, observation in other future activities.

In the event that said robotic-drone land system is in a direction with the impossibility of access by topography, security means, fences, walls, stairs, designs, the drone-robot may take off from the same vehicle and / or From inside the ground drone robot of an aerial drone which can fly over these physical barriers and thus being able to reach the drawer, trunk, box, container, container of the invention of security in an efficient way. In the case of having several loads and / or a high weight the air drone will have to make several flights from the delivery vehicle to the place, address, location of delivery / collection. Being short flights, the weight of the operating system of the aerial drone will be able to operate with lithium batteries of low capacity, therefore reducing its weight and increasing its payload. When flights from the same door of the building are the risk of falling, technical breakdown is very reduced and if it were the risk of accident against a good and / living beings also reducing its level of risk because the flight would be several meters in urban area , public and with a majority of meters of flights in private areas and even from the client itself, thus possibly not needing in the future administrative authorizations for the use of this means of delivery for the majority of the flight being made with a minimum height, reduced speed and in safe places and short operational route, in low risk areas. The electric, energetic charge can be made from inside the vehicle and / or from the under which it has main, auxiliary and even with the charging of energy via air-atmospheric charging if so required in the future.

This does not mean that in the same street, area, sector, neighborhood, the same block and / or several aerial / land drones cannot make several simultaneous, coordinated deliveries, chained with greater and lesser flight distance, ground distance but recommended the maximum Approximation of the delivery vehicle to the home and in the case of the use of the air drone thus safe if possible, with greater cargo capacity, greater movement distance, less delicate-risky in its operability, greater operational safety to the terrestrial being, by displacement by chains, wheels, variable traction and / or all wheels, all terrain, with restraint, hoist, delivery, interior and / or exterior load capacity, protection of objects in case of rain, snow, storms by power transport them in a place of internal load and being the technological base of the robotic systems of the future.

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The box, container, container, trunk, drawer, unit, etc. Depending on the design, size, use, it incorporates safety measures incorporated, coupled, attached, attached, screwed, bonded, welded, on the walls, ceiling, floors, and / or fixed / mobile surfaces to ensure resistance, impossibility of movement , displacement, torn, transfer, theft, theft, breakage, mechanical, natural, accidental, accidental and / or criminal origin, vandalism of the maximum technical possibility. They are composed of inhibitor sheets, which form a panel and that incorporate the alloy body directly or indirectly in any format, net / mesh / spheres / sheets, mixed, attached, rolled up of any type or / and of shape. or use for all types of walls. A panel that acts as a suppressor, heatsink, void, reducer, with anti-thermal, anti-acoustic, flame retardant and antielectromagnetic properties individually, partially or globally, which is attached to the walls, ceiling and floor of the box.

A fixed form for the protection of electromagnetic pulsations or solar anti-radiation. It can also be used as a fireproof-acoustic panel for construction, designed to be used as a means of enclosure and / or compartmentalization, so that the panel itself, in addition to its performance as a partition, has a fire-acoustic character- thermal, to constitute a barrier to fire, noise also providing thermal protection of devices, places or objects exposed to one or several sources of heat, whether fire, irradiation, radiation, waves, ammunition, etc.

These sheets are configured of perforated material, which is provided by at least one arc of a plurality of polygonal openings, and at least one of those polygonal openings is irregular with respect to at least one contiguous polygonal opening and having a surface area of volume unit of about 3200 times the contact surface of flammable fluids that are in a container container and have a heat conduction capacity of at least about 0.021 Cal / cm-sec.

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Energetic-emissions, volatile components of hydrocarbons, liquids, gases, emissions of any kind or type pollutants and non-pollutants including waves of any type or form, especially electromagnetic.

The sheets of suppression, reduction, filtration of vapors of flammable fluids, hydrocarbons, gases, contaminating or non-contaminating liquids and in particular in relation to Figures 22 and 23, a sheet of heat conducting material is used, which preferably It has the physical properties mentioned above, the sheet having a generally flat configuration, with a thickness ranging from 0.01 mm (1 micron) to about 0.1 mm (10 microns), preferably from about 0.02 mm ( 2 microns) to about 0.06 mm (6 microns), or from about 0.02 mm (2 microns) to about 0.05 mm (5 microns).

They act as anti-fire systems, or by blocking the external atmosphere, solar radiation, electromagnetic pulsations and with the application of other chemical materials, minerals, textiles, fabrics, nano-technologies we can create panels or walls with additional protection such as those of protection, anti-bullet, anti-acoustic, anti-thermal, anti-fire but with the great advantage of having anti-fire properties resistant to more than 1600ºC for at least 120-300 minutes depending on the dimensions, the width and amount of the alloys of the invention applied, materials, compositions applied in different formats on said panels, walls, recordable ceilings, partitions, etc.

You can have any dimension you want, width, length, depth and its application is simple and fast. Another great advantage is being able to only use a panel with a depth / depth, thickness of 10mm-18mm (1cm-1.8cm) to get block, dissipate, suppress, temperatures and direct fires of more than 1200ºC-1600ºC in comparison with others manufacturers, which an anti-fire panel of his would have measures of at least 1000mm-25000mm (12cm-25cm) according to each manufacturer and not exceeding 240 vvv minutes and 900 ºC-1000ºC.

The alloy body in the form of a sheet, mesh, net, spheres has to be made of a material with good conductivity in order to suppress, reduce, any type of wave, increase the filling speed of the tanks, properly filter the Pollutant fumes-emissions according to their final application. The alloy body reduces vaporization losses which are an economic loss and also a great loss due to

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They evaporate and are normally the most harmful and polluting for the environment and extremely harmful in a physical, sanitary and environmental way and way towards living beings, the flora and fauna of our planet. Especially because of the ease of this benign or malignant vaporization of contaminating, penetrating and entering the atmosphere which is the one with the highest polluting energy value. This pollution, especially that produced by hydrocarbon emissions or polluting emissions from energy transformation / energy production (thermal plants) or industrial (foundries / chemical plants / refineries) is the worst for our atmosphere, eco-systems, directly affecting and directly the air, maritime, terrestrial, national, continental and global zones.

The heat conductivity should be at least about 0.021 Cal / cm-sec., Particularly for materials that have a specific density of about 2.8 g / cm3 to about 19.5 g / cm3, and preferably from about 0.021 to about 0.95 Cal / cm-sec, particularly for materials that have a specific density of about 2.8 g / cm3 to about 19.5 g / cm3.

The nominal heat conductivity is around 2.36 Watt / cm-degrees (Kelvin) at 273 T.K. (Kelvin degrees) for aluminum.

The following materials can be used as allowed candidates or as raw materials depending on the application. Namely: - Silver 4.28 Watt / cm-degrees (Kelvin) at 273 T.K. -Gold 3.2018 Watt / cm-degrees (Kelvin) at 273 T.K. -Copper 4.1 Watt / cm-degrees (Kelvin) at 273 TK, -Nobium, Nb, 41, -Inconel 600, 625, 690, 718, 751,792, 939 -Nickel, Ni, 28 -Nimonic 90, 100, 105 , 115-Chrome, Cr, 24-Moleybdeum, Mo, 42-Moleybdeum (MoS2) -Hafium, Hf, 72-Hafnium Oxide (HfO2) -Vermiculite (Mg, Fe, Al) 3 (Al Si) 4 or 10 ( O H2) 4 (H20)

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And polymer material.

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For a material density, for example, of 2.7 g / cm3 (Aluminum); 10.5 g / cm3 (Silver), 19.3 g / cm3 (Gold), 8.92 g / cm3 (Copper), 7.86 g / cm3 (stainless steel) or 0.9 to 1.5 g / cm3 (polymer material).

It is desirable that the sheet of material be relatively, chemically, inert to the contents of the closed or open container, encapsulated, molded or in housings for installation / fastening / application for the usable life of the container and / or the residence period of the Container contents

The materials must be common and / or special metallic metals allowed, such as Monel, Inconel, Neobium, Vermerculite, Nickel, Copper, Silver, Gold, Hafium, Ninomico, Aluminum, Titanium, Silicon, Magnesium, carbon fiber, silicones of origin natural and of synthetic origin, resins of natural and artificial origin, Pandalloy, Magnox, Titanal, Silumin, Hiduminium, Zirconium, Alclad, Scandium, Goltan, Niobium, Beryllium, Molybdenum, Tin, Uranium, Platinum, Phosphate Ores, Potassium, Metallurgical coal, Lithium, Neodymium, Lanthanum, Europio, Tungsten, Bismuth, Granite, Stainless steel, or non-metallic, such as plastic or polymeric materials. There is the possibility of being able to use the manufacturing means of this invention to also be able to manufacture other types of designs, formats, alloys, based on products of all kinds, including organic and inorganic. Being able to make meshes, networks, spheres of products of nanotechnology origin, graphene, composites, plastics, fabrics, textiles, powders of any origin and especially of mineral origin and waste to create such products to be applicable in any type of industry or existing or existing sector.

A thin sheet of material that is used in the present discovery, as shown in Figures 24, 25 and 26, as an example, comprises a sheet of material 10 having a plurality of parallel lines P (Figure 24) of elongated rectangular openings (12), preferably grooves.

Each rectangular opening (12) and each line P of rectangular openings (12) extends parallel to the central longitudinal axis of the sheet.

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spaced with respect to the preceding rectangular opening (12), and the rectangular opening (12) that follows it by an intermediate network (14) of solid and unperforated sheet of material.

In summary, to proceed longitudinally along the line P of rectangular openings (12), there is a rectangular opening (12) followed by an intermediate network (14), followed by a rectangular opening (12), followed by an intermediate network (14), and so on.

When forming a sheet with polygonal openings, the intermediate networks (14) of the adjacent lines of the rectangular openings are outside with respect to each other, in such a way, that when proceeding transversely through the sheet following a line T perpendicular to the central axis of the sheet and passing through an intermediate network (14) of a contiguous longitudinal line P of rectangular openings (12), taking into account the following:

to.

The transverse line (7) must pass through the rectangular opening (12) of the next adjacent longitudinal line P of the longitudinal openings (12).

b.

then, it must pass through an intermediate network (14) of the next adjacent longitudinal line P of the longitudinal openings (12).

C.

then, it must pass through the rectangular opening (12) of the next adjacent longitudinal line of longitudinal openings, etc.

In this way, rectangular openings (12) that are longitudinally understood alternate with intermediate networks 14 transversely across the sheet (10).

It is preferable that the length of each rectangular opening extending longitudinally, when passing along a transverse line T of rectangular openings (12), is different from the length of the rectangular opening (12) that precedes it and the length of the rectangular opening

(12) that follows her.

In other words, the length of each rectangular opening (12) that extends longitudinally is preferable to be different from the length of the next adjacent rectangular opening (12) that extends longitudinally in a transverse line T across the width of the sheet , and also, with respect to each rectangular opening (12), the length of

each of the four rectangular openings (12) closest in the two closest lines image40

of the rectangular opening (12).

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The lengths of the rectangular openings (12) that extend lengthwise respectively in a transverse line T across the width of the sheet, must be random with respect to each other and alternatively, the lengths of each respective rectangular opening (12) extending longitudinally should be progressively increased in length in a transverse line T across the width of the sheet or decreased in length.

In an alternative embodiment, the lengths of each longitudinally extending rectangular opening (12) is progressively increased in length in a transverse line T across the width of the sheet and the lengths of each rectangular opening (12) extending longitudinally in the next transverse line T decreases progressively in length across the width of the sheet.

The nominal length of the openings (12) ranges from about 10 mm to about 15 mm, desirably from about 12 mm to about 15 mm, and preferably from about 13 mm to about 15 mm.

Thus, a 10 mm opening is followed by a 10.033 mm opening, followed by a 10.06 mm opening, and the width of each rectangular opening, or groove, should be from about 0.02 mm to 0.06 mm, preferably from about 0.03 mm to about 0.05 mm and preferably from about 0.04 mm to about 0.05 mm.

The spacing between the arches of openings should be varied based on the properties of the material used for the sheet.

The intermediate network between openings, in turn, ranges from about 2.5 mm to about 4.5 mm, and thus a 3 mm intermediate network must be followed by a 3.5 mm, followed by a 4 mm

In this way, the irregularity is induced in the expanded perforated sheet and by its configuration produces a resistance to settlement and compaction.

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numbers 27, 28, 29 and 30, it becomes an expanded and perforated sheet (or with windows) of the material (20) of the invention, and is provided with a plurality of plurilateral or polygonal openings (22), as it is, by For example, the one illustrated with hexagonal openings, and at least one of the polygonal openings is irregular with respect to at least one of the adjacent polygonal openings.

For example, the sum of the lengths of the inner edges of the faces of a polygonal opening (22), for example lengths (22a), (22b), (22c), (22d), (22e), and (22f) of Figure 30, determines a peripheral internal length of a polygonal opening (22) and the peripheral internal length of each polygonal opening (22) when proceeding along a transverse line T of polygonal openings (22), must be different from the inner peripheral length of the polygonal opening that precedes it and the inner peripheral length of the polygonal opening (22) that follows it. (Figure 29).

In other words, the peripheral internal length of each polygonal opening (22) is different from the peripheral internal length of the next contiguous polygonal opening (22) in a transverse line across the width of the sheet.

Furthermore, with respect to each polygonal opening (22), the inner peripheral length of each of the four closest polygonal openings (22) in the two longitudinal lines, closest to polygonal openings (22), should preferably also be different from the polygonal opening (22).

The peripheral internal lengths of the respective polygonal openings (22) in a transverse line T across the width of the sheet must be random with respect to each other and alternatively, the peripheral internal lengths of each respective polygonal opening ( 22), should increase progressively in peripheral internal length in a transverse line T across the width of the sheet or decrease.

In an alternative embodiment, the peripheral internal lengths of each respective polygonal opening (22) progressively increase in length in a transverse line T across the width of the sheet and the internal peripheral lengths of each respective polygonal opening (22) in the following transverse line T progressively decrease in length across the width of the sheet.

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peripheral internal of at least one of the openings that is unequal to the peripheral internal length of at least one contiguous opening, means that the numerical value of the inequality of the peripheral internal length with respect to the other peripheral internal length, is greater than the variation in peripheral internal length produced by the variation in manufacturing or the inherent variation in manufacturing.

While the irregularity of at least one polygonal opening with respect to at least one contiguous polygonal opening has been described in terms of peripheral internal length of at least one of the openings that is unequal to the peripheral internal length of at least one contiguous opening, It should be understood that irregularity can also be produced in other ways, such as having a different number of sides of the polygon (such as a pentagon or a heptagon with respect to the hexagon) or the length of one side of a polygonal opening that is different on the corresponding side of a contiguous polygonal opening (i.e., greater than the variation or tolerance of the manufacturing as indicated above) or the angle between two contiguous sides of a polygonal opening is different from the corresponding angle between the two corresponding sides of a contiguous polygonal opening, for example, the respective lengths of the side edges of the openings they may not all be the same, (that is, at least one side may not be the same length as any of the other sides, so it provides an opening that has the configuration of an irregular polygon).

Thus, when expanded, perforated sheets are placed one above the other, it is not possible to align the polygonal openings and fit into each other, settling and thereby reducing the effective thickness of the multiple sheets (20).

An expanded and perforated sheet (or with windows) of the material (20) of the present invention preferably has a compression field or compaction resistance (i.e. permanent deformation under a compression weight) of not more than 8%. Ideally, however, there is essentially no compression field in its use.

The expanded and perforated sheet of the material (20) is formed by tensioning sheets of grooved material (10) on wide wheels of different diameters positioned so that the output of the sheet of material can be regulated to an additional width between 50% and 100% of the width of the sheet of initial material, so as to ensure that the resulting openings form a plurality of polygonal openings (22) as described above.

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unit volume from at least 3,200 times the contact surface of liquids / vapors, pollutant or non-polluting emissions, liquids, hydrocarbons contained in closed containers of any kind including pipes, tanks, tanks particularly to inhibit, suppress, reduce, the boiling liquids, preventing explosions of the expanding steam, and preferably increasing 3,200 times the contact surface of the flammable liquids / vapors and gases contained in the closed containers or means of transport of such products such as hydrocarbons, gases, liquids, pollutant or non-polluting emissions.

The term "contact surface" refers to the surface area of the container that is in contact with the gas phase, aerosol or vaporization of hydrocarbons, gases, liquids, polluting or non-contaminating emissions contained in the container, tank, chimney, gas pipelines, etc.

Normally, the flammable liquids (liquid, steam, aerosol or gas) are in contact with areas of the surface of the walls of the container where the flammable fluid is located and the insertion of the sheets of finished, expanded and perforated material increases the area of surface in contact with the flammable liquid at least about 3,200 times the contact surface area, preferably at least about 3,200 times this contact surface area.

This proportion is significant and to compromise this relative contact ratio to the specific fluid in question, is to reduce the heating and therefore the level of vaporization of said products stored or in industrial, commercial or / and energy production / transformation or that may be vaporized by a heating of the container / container / tank / tank for any environmental, climatic, accidental cause or a criminal or terrorist act. This area varies in relation to the conductivity of heat and the strength of the compression field of the material used.

In one presentation, the expanded and perforated sheet of the material (20) that is used in the present invention, and which is illustrated in (Figure 34) as an example, can be configured as a shape comprising a body (100) with an external spheroid shape or configuration.

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strip of the expanded and perforated sheet of the aforementioned material, which is folded and / or curled and hollowed to form said spheroidal shape.

The generally spheroidal shape can be formed using a section of the expanded and perforated sheet of the material of a proportional size about 20% of the width of the expanded and perforated sheet of material.

The external spherical perimeter of the spheroid (100) encloses a volume and the surface area of the material contained within that spherical perimeter, that is, within the spheroid (100), subject to the design requirements of the application, is at less 1.5 square cm per cubic cm of said volume or wider if required. The surface area of the material must be at least 3,200 times the contact surface of flammable liquid contained in the container that encloses the flammable fluid, in particular to inhibit, suppress, reduce, contaminating or non-contaminating liquids or emissions.

Preferably, the spheroid (100) has a compression field or compaction resistance, that is, permanent deformation under compression, not exceeding 8%.

The structural strength of the final product can be modified according to the heat treatment used in the manufacturing process of the raw material.

In an alternative embodiment of this invention, the expanded and perforated sheet of the material

(twenty)

which is used in this invention, as illustrated in Figures 31, 32 and 33 by way of example, is provided with a wavy or sinusoidal transverse wave (42) formed therein and the sheet of corrugated material (40), expanded, pierced, being helically introduced in a cylindrical shape. The cylindrical shape is generally circular in cross-section, and generally rectangular in longitudinal section, and in a later version of this cylindrical presentation, a sheet of flat, expanded, perforated material must be folded into the cylindrical shape. In a new form, the sheet of perforated material must be folded into the cylindrical shape, so that sheet depositions of the expanded and flat or corrugated material are formed in the cylindrical shape.

(40)

folded helically, the undulation (42) causes an increase in the effective diameter

Due to the undulation (42) formed in the sheet of material (40), with the sheet of material determined external spherical perimeter of the cylinder, providing a wide inclusion of volume in the cylinders with low mass and high internal effective area.

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It is desirable that the cylinder has a compression field, or resistance to compaction, that is, permanent deformation under compression, not exceeding 8%, and yet, ideally, during use there is essentially no compression field.

The sheet of non-perforated material (1), from which it is split, must be provided as a continuous, non-perforated network of material sheet, and then, the rectangular openings (12), or grooves, are formed in the continuous network in the configuration described above, as they may be cracked, and in that case, the grooved net (10) must be expanded transversely by transversely tensioning the sheet of material (10), as above a wheel positioned in such a way as to regulate the exit of the sheet of material with an additional width of 50% to 100% of the width of the sheet of raw material, so as to ensure that the resulting holes form a plurality of irregularly polygonal openings (22), such as It has been cited above.

The aforementioned is achieved by adjusting the position and tension of the expansion wheel of the production machine, and in doing so, the result is the ability to have the walls of the finished panel model more or less erect and, therefore, increase The compression force of the expanded material perforated sheet (20) finished.

Optionally, the expanded and perforated net (20) can have a transverse sinusoidal sling (42) formed therein and the shape of the sling (42) is introduced or impressed into the lengths of the sheet of material (20) as a series of curls or slings (42) transverse along the length of the net that appear deep when the finished product is wound.

The cylindrical shapes can be made by spherical winding of the sheets of expanded and perforated material mentioned above.

The spheroidal shapes (100) can be made by feeding the sheets of the material (20) to which a plurality of arcs have been provided with a plurality of parallel openings (22), of which the longitudinal center is parallel to the central longitudinal axis of the sheet, introducing said sheet into a machine that has a mechanical gadget comprising two with a concave working edge.

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It can be used as a filter to reduce emissions of CO2, NOx, CO, S02, S03 and / or gases, vapors, polluting or non-polluting emissions.

Other components that can conform the invention are: 1) Measurement systems, detection, analysis of movements through measurement systems such as accelerometers. Other activity control measures in addition to the motion sensors may also be included and not limited to the systems which are required, used, incorporates measurement system such as data, information, signals, physical, chemical changes, recorded by system as meters such as those of measurement systems called "accelerometers". In order to register, measure, collect, issue, transfer, store data, information, movement, accelerations, origin of systems and / or means of the measurement systems through the use, incorporation, annex, union, combination of an accelerometer to any instrument intended to measure accelerations.

The measurement systems of origin, base, improvement and use through control, collection, analysis, study, verification, validation, transfer of data obtained through an acceleration meter (accelerometer).

It is the simplest accelerometer. It is constructed by joining a mass to a dynamometer whose axis is in the same direction as the acceleration that you want to measure.

According to the Fundamental Law of Dynamics or Newton's Second Law where

image54 represents the resulting force acting on the mass

image55 , Y

image56 is the

acceleration.

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The dynamometer allows to measure the module of image58 , so that the acceleration module can be known

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of an accelerometer based on systems and / or technologies, not limited to any such as the following:

Piezoelectric accelerometer:

The accelerometer is one of the most versatile transducers, the piezoelectric being the most common by compression. This is based on the fact that, when a piezoelectric crystalline lattice is compressed, an electric charge is produced proportional to the applied force.

This device together with the associated electrical circuits can be used for speed and displacement measurement in addition to the determination of waveforms and frequency. One of the main advantages of this type of transducer is that it can be made so small that its influence is negligible on the vibrating device. The typical frequency range is 2 Hz to 10 KHz.

Electronic accelerometers allow you to measure acceleration in one, two or three dimensions, that is, in three normal directions of space. This characteristic allows to measure the inclination of a body, since it is possible to determine with the accelerometer the component of the acceleration caused by the gravity that acts on the body.

An accelerometer is also used to determine the position of a body, since knowing its acceleration at all times, it is possible to calculate the displacements it had. Considering that the original position and velocity of the body under analysis are known, and adding the measured displacements determines the position.

 Hall effect accelerometers. - They use a seismic mass where a magnet and a Hall effect sensor that detects changes in the magnetic field are placed.

 Condenser accelerometers.- They measure the change in the electrical capacity of a capacitor by means of a seismic mass located between the plates of the capacitor, which, when moving, changes the current that circulates between the plates of the capacitor.

2) MEMS Technologies (Micro Electromechanical Systems -Microelectromechanical Systems, MEMS):

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silicon, including in it the electronic part that is responsible for processing the signals.

The principle of operation of the devices, accelerometers and inclined meters of MEMS technology, are based on heat transfer, by natural convection.

These devices measure internal changes in heat transfer caused by acceleration, offering significant advantages over the use of a traditional solid structure of test masses.

Since the test mass in the design of MEMS sensors are gas molecules, the mechanical mobile structures are removed inside the accelerometer.

MEMS Systems (Microelectromechanical-Microelectromechanical Systems, MEMS) refer to electromechanical, micrometric technology and its products, and to relatively smaller scales (nanometric scale) merge into nano electromechanical systems (Nanoelectromechanical Systems, NEMS) and Nanotechnology.

MEMS systems are independent and distinct from the hypothetical vision of molecular nanotechnology or Molecular Electronics. MEMS in general vary in size from a micrometer (one millionth of a meter) to a millimeter (one thousandth of a meter).

3) MEMS - Micro electromechanical systems The advances in the field of semiconductors are giving rise to integrated circuits with three-dimensional characteristics and even with moving parts. These devices, called Micro Electromechanical Systems (MEMS), can solve many problems that a microprocessor plus non-ASIC (specific application integrated chip) configuration or software cannot.

MEMS technology can be applied using a number of different materials and manufacturing techniques; The choice will depend on the type of device being created and the commercial sector in which it has to operate.

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invention and not limiting new media and / or materials.

Silicon

MEMS made of silicon is the most used material to create the majority of integrated circuits used in consumer electronics in the modern world.

Silicon also has significant advantages that have emerged through its physical properties. In the mono crystalline form, silicon is an almost perfect Hookeano material, which means that when it is in flexion there is practically no hysteresis and, therefore, there is almost no energy dissipation.

The basic techniques for the production of all silicon-based MEMS devices are the deposition of layers of material, producing a pattern in these layers by photolithography and then recording to produce the necessary shapes.

 Polymers

MEMS devices can be made of polymers, by injection molding, stamping or stereo lithography processes and are especially suitable for micro fluidic applications such as disposable cartridges for blood tests.

 Metals and Alloys

Metals and their alloys are also used to create MEMS elements. Although metals do not have some of the advantages shown by silicon in terms of mechanical properties, when used within their limitations, metals can present very high degrees of reliability. Metals can be deposited by electroplating, by evaporation, and by spraying processes. Commonly used metals include gold, nickel, aluminum, chromium, titanium, tungsten, silver and platinum.

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One of the basic elements in MEMS processing is the ability to deposit thin films of materials. In this text we assume that a thin film can have a thickness of between a few nanometers to about 100 micrometers. Commonly used deposition processes are: Electroplating, Powdered deposition (Sputter deposition), Physical vapor deposition (PVD) and Chemical vapor deposition (CVD).

 Photolithography Lithography in the MEMS context is usually the transfer of a pattern to a photosensitive material by selective exposure to a radiation source, such as light. A photosensitive material is a material that experiences a change in its physical properties when it is exposed to a radiation source.

Photolithography is typically used with metal or other thin film deposition, in dry or wet etching processes.

 Engraving processes There are two basic categories of engraving processes: wet and dry engraving. In the first case, the material dissolves when immersed in a chemical solution. In the latter, the material is sprayed or dissolved using steam reactive ions or a vapor phase etch.

 Wet and / or wet etching Chemical wetting is a selective removal of material by immersion of a substrate into a solution that can dissolve it. Some mono crystalline materials, such as silicon, will have different engraving rates depending on the crystallographic orientation of the substrate. This is known as anisotropic etching and one of the most common examples is silicon etching in KOH (potassium hydroxide), where silicon planes are recorded approximately 100 times slower than other planes such as crystallographic orientations.

Electrochemical etching (CEPE) for a selective removal of the silicon dopant is a common method to selectively automate and control that it can act as a material resistant to etching. Boron is the most common dopant of engraving arrest. In combination with anisotropic wet etching as described above, the ECE has been used successfully for silicon diaphragm thickness control in silicon-resistant part pressure sensors. Selectively doped regions can be created both by implantation, diffusion, or epitaxial deposition of silicon.

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 Reactive ion etching (RIE) In reactive ion etching (RIE), the substrate is placed inside a reactor into which several gases are introduced. The plasma is pulsed in the gas mixture using an RF energy source, breaking the gas molecules into ions. The ions are accelerated and react with the surface of the material being etched, forming another gaseous material. This is known as the chemical part of reactive ion etching. There is also a physical part that is similar in nature to the spray deposition process. If ions possess sufficiently high energy, they can impact atoms outside the material to be etched without a chemical reaction.

 Deep etching of reactive ions (DRIE) A subclass of the RIE, which continues to grow rapidly in popularity is the deep RIE (DRIE). In this process, the engraving depths of hundreds of micrometers can be achieved with almost vertical walls.

There are currently two variations of the DRIE. The first modification consists of three steps of the Bosch process, as used in the UNAXIS tool, while the second variation consists only of two ASE steps used in the STB tool. In the 1st Modification, the engraving cycle is as follows:

(i)

SF6 isotropic engraving;

(ii)

C4F8 passivation;

(iii) SF6 anisopropic etching for floor cleaning. In the 2nd variation, steps (i) and (iii) are combined.

Both variations work similarly. C4F8 creates a polymer on

the surface of the substrate, and in the second, the composition of the gas (SF6 and O2) image70

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physics of engraving, but only on horizontal surfaces and not on the side walls. Since the polymer only dissolves very slowly in the part of etching chemistry, it accumulates on the side walls and protects them from etching. As a result, the engraving aspect ratios of 50 to 1 can be achieved. The process can be easily used to completely etch through a silicon substrate, and the engraving rates are 3-4 times higher than the engraving. wet.

Xenon difluoride etching

Xenon difluoride (XeF2) is an isotropic dry vapor vapor phase recorder for silicon originally applied in MEMS. Originally used for the release of metal and dielectric structures by means of silicon cutting, XeF2 has the advantage of not having a sticky viscosity as opposed to wet etching. Its engraving selectivity is very high, which allows it to work with photoresist, SiO2, silicon nitride, and various masking metals. Its reaction to silicon is "plasma free", it is purely chemical and spontaneous and is often operated in pulsed mode.

Other Micro Machining Systems

-Micro machining volumetric -Micro surface machining -Micro machining High aspect ratio (HAR)

4) Technology for the use of card reading media with one and / or several multi-position mounting brackets and uses from the opening, entry, access, delivery validation, collection, billing until the authorization of use of a system , mechanism, level of security of the invention

The invention has incorporated systems, means, technologies which comprise, integrate, incorporate means for its use, incorporation, application of these secondary systems, security aids, use, access to a place, sectors, activation / deactivation, identity confirmation, delivery / collection validation of any type of object, electronic physical delivery, sale / purchase, analysis for the operation of the invention.

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security means, control, activation / deactivation, control, media analysis of any type and / or support for the use of this reader system as regards the access control devices and, more particularly, a support of assembly for the devices of control of entrance, security, control of billing, identification of the user-operator, control of designated operations, validation of delivery / physical pickups, telematics, opening of physical locations including and not imitating its use in places like containers, trunks, safety boxes, warehouses, aerospace-ground shuttles, pods, shuttles, units with drone, aerospace, land, maritime, civil, military, police, security, accident prevention of any use including rescue, rescue, medical-sanitary, access to places of any type of security level, etc.

This system of use, application, incorporation of these technologies, systems for our invention are fully compatible with the means already used and this technology being a step forward, more modern with an important improvement at all levels and therefore being a system innovative, complementary, exchange it, because in existing access control systems, cards and / or radio frequency identification (RFID) devices are normally used to store data that uniquely identifies the holder of the device and / or the card as accessing a resource and / or a good, such as a building, a financial account, an information and / or a computer, the user presents a card or other device to a reader and / or interrogator, analyzer, authorizer who reads the data of the card and / or the device and then transmits the read data to a previous phase device, such as a panel or a main system.

In existing devices of use, it is usually decided whether or not access to the cardholder or device is allowed. There are also readers that combine the functions of a main panel / system and the physical reader into a single unit, which is what makes the decision. These types of devices are sometimes called autonomous readers.

The RFID typology technology can be used, combined with other means such as the bar reader, alpha-numerical systems but with the increase in the amount of information, data, security measures, controls of all types, it has been used as the main system for This invention this reader system, data verification, cards and security systems for use both for access to buildings, containers, rooms, internet sales, deliveries, high risk levels.

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For security reasons and for being the most used in places, sections, warehouses, containers, boxes, trunks, containers, vehicles, drones, rescue means the most favorable option and being able to use existing and operational means and not limited to none in this invention this would be the most viable access technology to start from scratch, a new system in the incorporation of the invention for reasons so important to the invention and its use, safety, physical integrity, operability, including its ease of use, comfort, the possibility of design, integration, incorporation of a reader resistant to vandalism and weather, increasing storage capacities and a higher overall security.

The electronic access control means have been integrating RFID transponders, presented in a general but not exclusive manner, with the proper design of a card for more than two decades. In this explanation, integration of a part of security, use, handling of the invention, the term card and / or credentials refers to all types of RFID user device, including proximity cards, contactless smart cards, key chains with remote control, cell phones or PDAs with Near Field Communication (NFC) technology and / or any other device equipped with an antenna and an integrated circuit module RFID transponder, including chips, metals, units, keys, parts , codes, adhesive labels, and not only and not being limiting to this invention the devices whose format is card type.

Current-use cards contain more memory, transmit more quickly, offer greater security and cost approximately the same or even less than previously available technology. In addition, the international standardization of RFID technology allows for increased interoperability between cards and readers from different manufacturers. This, together with the increased security and storage capabilities of current RFID cards, allows a single card to contain several applications, which further increases the advantages for the user. If the invention requires this high security system, it can therefore be used, incorporated in inventions with uses, technologies, very specific applications such as use inventions, access, flight-driving-control activation, authorization of use of means of transport of any origin to use, incorporation to means, systems, technologies, inventions in which the control of a trunk, box, containers, container, place and / or invention therefore the cost being adaptable both by the security levels and by the User numbers

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Due to the need for higher levels of security and storage capabilities of current RFID technology, governments and official institutions are imposing their use in replacement of the old identity security technologies of lower security, and for the same reasons, companies are trying to replace or update the old security access systems with more modern and competent technology systems.

Materials: The materials used of origin metal and / or semi-metals also include the so-called "Dirac topological semi-metals, topological insulators" and / or also the use, application, incorporation of combined, changed, altered, adapted materials, improved with materials, minerals, metals, semi-metals of topological origin of Dirac but not limiting this use and can also be incorporated, annexed, combined with any other material, mineral, metal, polymer, substance of organic and / or inorganic origin. Known by name in the scientific sector as "topological Dirac semi-metals, topological insulators".

Other material that can also be used, combined, used, annexed, incorporated are those of origin, partial, total, main compassion, but not limited to those of "Cadmium Arsenide" (Cadmium Arsenide). Properties of Use of Cadmium Arsenide.

Thermal Cd3As2 has been shown to thermally dissociate between 220 to 280 according to the Cd 3 As 2 3Cd 0.5 As4 reaction An energy barrier was found for non-stoichiometric vaporization of arsenic due to the irregularity of partial pressures with temperature. The range of the energy gap is 0.5 to 0.6 eV. Cd3As2 melts at 716 C and the phase changes at 615 C.

Transition phase Pure cadmium arsenide undergoes several phase transitions at high temperatures, making the phases labeled one, one, one ”. 593 In the polymorphic transition occurs one ?. un-Cd3As2 un-Cd3As2 happens in ~ 500K.

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a "Cd3As2-Cd3As2 happens at 868 K. Individually X-ray diffraction glass was used to determine the network parameters of Cd3As2 between 23 and 700C. Transition one? a" happens slowly and is more likely than an intermediate phase. of a "? a" occurs much faster than a? a and has very small thermal hysteresis. This transition results in a change in the fourfould axis of the tetragonal cell, causing crystal twinning. The width of the loop is independent of the heating rate although it gets narrower after several temperature cycles.

Electronic Cadmium compound arsenide has a lower vapor pressure than both cadmium and arsenic separately. Cadmium arsenide does not decompose when it vaporizes and condenses again. Concentration of carriers in Cd3As2 are usually between 1 and 4 x 1018 electrons / cm3. Despite having high concentrations of carriers, electron mobility is also very high. Cd3As2 has the highest mobility of semiconductors.

Embodiment Cadmium Arsenide is a II-V semiconductor that shows degenerate semiconductor type N intrinsic conductivity with high mobility, low effective mass and highly non-parabolic conduction band, or a narrow gap semiconductor. An inverted band structure is shown, and the optical energy gap, for example, is less than 0. When deposited by thermal evaporation, cadmium arsenide shows the Schottky and Poole-Frenkel effect in elevated electric fields.

Preparation Cadmium arsenide can be prepared as amorphous semiconductor glass. According to Hiscocks and Elliot, the preparation of cadmium arsenide was made of cadmium metal, which had a purity of 6 N from the limited Kock-light Laboratories. Hoboken supplies arsenic with a purity of 99.999%. Stoichiometric proportions of the elements of cadmium and arsenic were heated together. The separation was long and difficult due to the ingots that stick to the silica and breakage. Stockbarger growth encapsulated liquid was created. The crystals are extracted from volatile melts in the liquid encapsulation. The melt is covered by a layer of inert liquid, usually of B2O3, and a higher inert gas pressure is applied allowing sowing and pulling to occur through the layer of B2O3.

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Crystal structure The unit cell of Cd3As2 is tetragonal. Arsenic ions are cubic packed and cadmium ions are coordinated in tetrahedra. Vacant tetrahedral sites prompted the investigation of von Stackelberg and Paulus, which determines the primary structure. Each arsenic ion was surrounded by cadmium ions in six of the eight corners of a distorted cube and the two vacant sites were in the diagonals.

Effect Nernst Cadmium arsenide is used in infrared detectors using the Nernst effect, and in dynamic thin film pressure sensors. It can also be used to make magnetoresistors, and in photodetectors. Cadmium arsenide can be used as a dopant for HgCdTe.

Technical characteristics

Box, container, container, trunk, drawer of integral logistic security, of acquisitions, storage, distribution and deliveries of deposit, with climatic, telematic protective measures, WIFI systems, E-commerce.

A secure means of collection, delivery, storage, return of goods, postal services, communication, in the form of physical, virtual, computer documents, E-Commerce services, electronic commerce, which is characterized by the possibility of extending its operational principle Main to other computer, operational, technological sectors both for use / commercial, official, promotional and even free service. Through the use, expansion, application of operational means, and can be used as an ATM for the delivery in an official and reliable way, certificate of documents, notices, notifications, penalties, data, information of any kind, invoices, payments, returns , tickets, tickets, tickets, vouchers, acknowledgments, catalogs, use in the marketing sector virtually and even through the physical printing of said documents from the device, operating system of the invention and thus be able to reduce the physical, economic burden , time from the sending of the places of issuance of said documents and the postal means, courier which carry out said work to date with the consequent saving of operational and time expenses. Saying

invention may perform other adaptable operational services, expandable as may be

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invoices, printing, shipping, return, bank-financial, commercial and even advertising use. Sale in retail media from the device itself, cashier, box, trunk through storage, delivery, receipt of products for sale.

to.

It has opening front, rear, side doors of the sections, boxes, tanks are included in a frame and / or practicable frame, which encompasses them and allows their registration according to their location and final use.

b.

The doors of the sections, boxes, entrances, exits are constructed in the form of folded sheet of any material, in which the identification element preferably consists of an identifying means on the sections seen by the operator and / or user according to their Design and end use.

A main body endowed with a modular piece of furniture of several storage sections, or deposits of goods, purchases, acquisitions, returns, returns of parcels, couriers, postcards, mailboxes, boxes constituting the different sections or sections of storage organized in rows, faces of any design and in columns, closed by a door that incorporates folding hinges and with normal key or security locks with home automation, electronic, computer, Wifi, GMS, GPS, satellite and high security operating systems. which can be opened, closed, consigned, deposited, verified, analyzed, blocked, observed individually and / or jointly and said sections being identified, boxes by code systems, numbers, letters, signs, identification by colors, images, alphanumeric , and which identify the section, box, private deposit, individual in question, character ado for having:

-A structure that:

a) it is made up of a nano technological fabric / fabric / material, with properties of

protectors that:

to.

it comprises at least one woven layer of protective quality fiber and at least one layer of nonwoven fiber, said nonwoven layer being interwoven with the woven layer in a direction practically perpendicular to an xy plane of the protective material, and at least one nonwoven layer comprising short paraaramide fibers, nano textiles, polymers, and because the core protective material has a weight from about 250 g / m2 to 2,500 g / m2.

b.

It can be manufactured in the form of “shield, fish scale, sheet, coin, oval. It can be added to a corset, bottom shirt by adhesion, joining other

pieces of materials, bulletproof fabrics of form and / or design mainly

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adhesion, fixation the first piece of the "flake-shield" is placed about 2cm wide x 3cm long and joining the next one being exposed a surface of about 2cm x 2cm being the remaining 1cm long under the "piece, scale, shield design ”at the bottom / front creating a type of mesh type protective suit, medieval suit,“ dragon scales ”design which has the great advantage of being able to cushion in all directions and especially in shape exponential / external / outward a blow, penetration, bullet impact and said impact being reduced to a blow of little physical impact, reduction and expansive braking allowing the user not to suffer internal damage from said blow, penetration, impact of weapons of large caliber fire even that of

0.50 caliber and / or AK47, penetrating, incendiary bullets, etc. There is no limit of size, number of layers, level of protection and can be used inside for the protection of pods, shuttles, containers, boxes, trunks, containers, vehicles, layers, sheets, to achieve the maximum level of protection anti-bullet

C.

It has a thickness from about 0.200 cm to about 7.25 cm, preferably 0.0500 cm to about 03.03 cm.

d.

The non-woven layer is composed of a bullet-resistant fiber with a toughness of at least 10-20 grams per denier (13.5 g / decitex) and a tensile modulus of at least about 200-400 grams per denier ( 360 g / decitex).

and.

The non-woven layer is crosslinked with the woven layer by needle drilling, welding, sewing, bonding with adhesives, by heating, etc.

F.

The aforementioned woven layer comprises unidirectional and / or virtually unidirectional bulletproof quality fibers.

g.

At least one non-woven layer comprises bulletproof quality fibers.

h.

It comprises a series of layers of cables, textiles, nano-technological fabrics of organic and / or inorganic unidirectional and / or directional origin, combined, between sewn, mixed quality bulletproof fibers placed transversely at angles of 44º-90º degrees.

i.

It comprises a series of layers of woven fabric of bulletproof quality.

j.

It comprises a series of layers of quality bulletproof fabric.

k.

It comprises a series of cable layers sewn of ballistic quality fibers.

l.

It also comprises a waterproof coating.

m.

It has a reduced thickness by calendering.

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b.1. Chamber, refrigerated compartment, refrigerator, freezer, air conditioner, with temperature control systems individually with both cooling and heating temperatures and can be applied with positive and negative temperature controller for all types of goods, food products, medicines, drugs, drinks, because:

b.1.1. It incorporates a section of storage, aparatado, for the refrigerated tank, freezer, with controller of positive and / or negative temperatures of foods, food goods, drugs, medicines essentially. This incorporates a module of cold, hot, temperature regulator materialized in the form of a cashier, deposit, with a housing in which a refrigeration group is housed, full temperature controller, but with the special feature that in said housing a and / or several chambers, sub-chambers that house one and / or several evaporators, compressors, microprocessors, home automation systems, computer systems, condensers, while the operating means such as compressors and condensers remain outside or inside, integrated in said chamber, temperature and humidity control section, these operating elements being assisted by condensation fan systems that originate air currents, movement of liquids, refrigerant gases, with heating properties that expel through their circuit system inside and / or outside heat, cold, regulated air generated by the capacitors, through circuit media , grilles operatively established for this purpose in the walls of the carcass, ATMs, warehouses having provided that the wall of the sub-chambers containing the evaporating devices is conveniently thermo insulated and that in said chambers also be established if a recirculation turbines is necessary of air, liquids, gases, thermal liquids by means of a series of inter-attachable modules, attached to each other and attachable to the module of cold, heat, temperature controller with the particularity that this module of cold, heat, temperature controller incorporates in its face of adaptation to the first module a direct and / or indirect access to the evaporator, and lower, upper, lateral accesses of greater and / or smaller dimensions, size, through which emerges some necks, circuits, distribution systems belonging to one and / or several pipes, circuits coming from the

air, hot air, gas, coolant and / or recirculation turbines image88

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sections, compartments of the invention.

b.1.2 Each operating module incorporates:

one.

One and / or several shelves and / or trays horizontal, vertical, lateral, angular, guides relatively spaced from their bases, determining a lower, upper, lateral channeling operatively facing the interior sectors including the neck of air, gases, liquids, thermal pipes of the unit of cold, heat, temperature controllers with the particularity that said shelves, trays, sections are fixed to the bodies of the modules, by one of its longitudinal, lateral edges defined in correspondence with its other edges Longitudinal communication steps, tracks, guides between the lower channeling of cold, hot air, thermo regulator and the upper chamber of the module where food, drugs and through which the regulated air returns back to the cold unit are located , heat, and / or thermally controlled.

2.

The shelves and / or trays are attached to the bodies of the modules in a lateral and longitudinal grooves of the latter, of considerable depth, which allows a variable penetration of the shelves inside and a consequent regulation of the passage for both cold air , hot, regulated defined on the opposite edge of said shelf.

3.

They are mostly and / or partially opened by their extreme lateral faces and their inter coupling, connection, physical attachment collaborating with them sleeves, duct systems, pipes that establish a hermetic coupling for them.

Four.

It is constituted from a base body, with a cellular, rectangular, square, pyramidal, triangular structure according to its design and without limitation of physical or other combinations capable of conferring high insulation coefficients, incorporating in said base bodies the fixing means for shelves and / or trays, guides, ducts, bars as well as for panels that constitute the front-upper side of the tank, storage section, chamber, correspondingly configuring an air chamber, panels, barriers,

walls that are fixed by its posterior-superior edge to profiles that, image90

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Sliding access doors to the upper, lower chambers according to its design.

5. Robotized transfer systems, movement of storage systems, collection, movement in angular, irregular, regular, horizontal, vertical forms relatively distant from its base, determinant of some channeling, lower, upper, lateral operating means facing, aligned, incorporated in the tank, entrance, exit with the particularity that said shelf, tray are fixed in the bodies of the interior modules, in cantilevers, by one of its longitudinal edges, defining in correspondence with other longitudinal, vertical, horizontal edges by means of communication routes, transfer, transport with a system of clamps, hooks, lifting-transfer arms between the lower, upper channeling means, between and from the areas, entrance sectors, depot, safety analysis and collection-delivery of goods, parcels, and postal shipments.

b.1.3.-It incorporates a space for having space for air to circulate within the internal space of the apparatus and incorporating means to ensure that it can be accessed manually, physically, automatically, domotically, remotely, telematically, securely by having means Technological enough.

b.1.4.-It incorporates means of analysis, control, security to be able to warn of any type of incident, specific operational scenario or permanent analysis but at the same time being able to remotely self-regulate, shut down, turn on, regulate, communicate if necessary.

b.2 Have a document identifier module by the arrangement of a fixed standard part between the identifier heads, from which verification by said heads the autocorrect values of the identifier module are deduced.

b.3.Has a cashier, deposit, dispensing, operational module, with one and / or several touch-screen, visual, telematic screens with reader systems, analyzers, validators, acoustics, biometric decrypters, encrypters with acoustic systems, Biometric, electronic, home automation, physical, nano technological, through the use, introduction and / or extraction of information, data and / or physical documents, in a housing, box, closed structure, storage system that covers, encapsulates, protects laterally and subsequently said screen and / or screens, system of readers, visuals, transmission, reception, analysis of data in a physical and / or virtual way and being this structure of any design, being the operative part, control, use at a reasonable physical height that allows a viable peripheral vision, easy access of the button, acoustic, tactile, visual operating systems, readers to the user, operator, client.

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b.3.1. The compartment is limited inferiorly by means of operating systems, in contact with it, the conduits of the cooling circuit, temperature controller, protected inferiorly by a layer of insulating material; and because the design has several chamfers, flat, equal and diametrically opposed subdivisions, which determine two symmetrical flat longitudinal faces, one of which constitutes a lower support base, with one or several longitudinal and / or curved-convex faces, also being able to be symmetrical with each other; said housings, panels, separators being composed of several longitudinal profiles, which run along intermediate areas of the two curved-convex faces and the upper flat face, between whose profiles are formed shaped panels defining the walls, sections, subdivisions , compartments, capsules in the invention.

b.3.2 The portions of the walls, panels of any design including those of curved-convex shape located below the profiles that run along said walls and the lower flat wall that acts as a base, unit, section, subdivision, they form a single piece, said piece being open in the portion located under the smaller compartment of the housing, while along the larger compartment it has a central recess, in which a tubular housing is formed that houses the fluid cooling radiator compressed refrigerant, and can also be used by incorporating an operating system of heater, heater, temperature controller both downwards and upwards, whose housing has on one side air intake openings, operating systems and that can end on the opposite side or others in a chamber located in the lower part of the smaller compartment of the housing, in which the mouth is located to of image93

of control, controller, operating systems of temperatures.

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b.4 It has an operating system identifier, controller, validator, analyzer, authorizer of all types of documents, security control systems, operational authorization, systems and mechanisms of closing, opening, storage, control of atmospheric environments, control of temperature, levels of importance of the asset deposited, stored, stored, protection, economic valuation, risk of the goods introduced, deposited, stored, means and / or payment systems, electronic collections, payment, collection, physical deposit by currency , vouchers, tickets, checks, tickets, which:

b.4.1 They comprise one or several bodies, integrated operating systems, screens, viewers, visual, acoustic, biometric, domotic, electronic, electromagnetic sensor systems, through electronic, telematic, data transfer, systems and / or media communication systems. manuals through the use of one and / or several entry openings in the case of physical documents, through control systems or through sensor operating systems, barcode readers, signals for documents, signals transmitted by atmospheric, analogical paths, digital, via cables, to be checked in the unit and / or control units, storage, deposit in the case of its use by means of control systems, security, operability through signals, electronic communications, SMS, GPS, GMS, Wifi, via satellites, telephony, waves, frequencies, of which upper and lower module start detectors are incorporated that start the module at the time of the introduction of a document, its image, its visual, acoustic, physical data to check.

b.4.2 It is manufactured, manufactured with designs adaptable to uses, locations, risk levels, intensity of use, weather, physical size, number of users, ... where:

b.4.2.1 the use of materials, multi-materials, combination of materials including polymers, metals, alloys, plastics, textiles, nano products nano technologies, operating systems, telecommunications systems, microprocessors, operating means incorporating, applying means,

systems, computer hardware-software designs which are designed,

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delivery of all kinds of goods both in its application of its structure, exterior design, interior, operating system, technological systems, telematics, security, surveillance, in forms, designs, uses, applications in the form of cashier, trunk, box, deposit , mailbox, deposit section, security deposit, manual, automatic, home automation, robotic, computer storage media, parcel delivery, goods, state and / or private postal services, delivery / collection of all types of documents, courier , acquisitions-purchases-sales-collection of goods through the formats and sectors used in the E-Commerce sector, online sales, online, by phone, physical catalog, media and virtual systems both at individual, local, provincial, state level , regional, national, state, international, global, continental, global, interplanetary.

b.5. For having a security control system, based on a:

b.5.1 Risk analysis system for goods, parcels, deliveries, collected deposits, stored within the invention.

b.5.2.

Procedure for the identification of documents in a physical and / virtual, electronic way, characterized by proceeding to the simultaneous verification of the literal, graphic, visual, domotic, electronic, electromagnetic, physical, acoustic, biometric characteristics, by any reader system , decryptors, encrypters, analyzers, validators of any form of electronic, manual, physical, virtual communication, by reading means such as bar code, its image, dimensional, acoustic, chromatic, chemical, nano characteristics technological, visual and composition of the material in the case of physical documents, or cards such as that used in paper, fabrics, nano textiles, polymers, metals for comparison with the readings made previously in a standard piece and facilitating the readings of said parameters to a microprocessor that retains the standard check values ation, depending on which the document will be accepted or rejected.

to.

It includes the internal, external, annexed, operational use of passive and / or active technology and security systems which through:

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deposited within the invention, cashier, dispenser there are one and / or several security systems, in an area including pre-deposit, storage, delivery, collection, existing and having installed in one and / or several places inside, around, annexed in deposits, storage sections, safety analysis one and / or several detection systems, atmospheric, chemical sensors, radiation emitters, waves, frequencies of their own origin such as emissions of radioactive origin, nano technology, which can be detected within of the package, compositions, chemical formulations of origin, illegal use such as materials, compositions, illicit formulations, of substances, controlled goods such as drugs, explosive media, physical currency-coins, gunpowder, harmful agents, nuclear, radioactive.

• its visual, X-ray, infrared, thermal analysis can analyze the package (s), goods deposited, stored in the invention, cashier, dispenser, existing one and / or several security systems for its use, application in the form of pre-deposit , storage, delivery, collection, existing and / or having installed in one and / or several places inside, around, annexed in the deposits, cashier structure, dispenser, in the sections, storage sectors visual analysis media which can detect , observe, see, analyze within the package, well deposited, objects, goods of illegal use such as materials, substances, controlled goods such as drugs, explosive means, coins-physical notes, gunpowder, harmful agents, nuclear, radioactive, weapons, bombs, chemical agents.

b.5.3.To have a security, protection, accident prevention, operational incidents, integrity both physically, operatively, informally is essential especially in countries, regions with significant or significant levels of crime, terrorist risks, vandalism actions and to be able to prevent, reduce, nullify, control their possible use in an illegal, irregular, criminal, terrorist manner, electronic, chemical, organic, analyzer, warning, operational validator measures can be applied individually reduce, prevent, not facilitate their illegal use of invention and being able to benefit globally from the great benefits to society and especially in the electronic-postal commerce sector. Therefore, seeing the safety of the invention and its operational phases at the highest level fundamental and thus being able to reduce the level of risk thus avoiding possible physical, psychological, commercial, economic damages to users, the electronic commerce sector in general by the ease and possibility of planting, sending, depositing explosives, bombs, artifacts and / or to be used as a place of concentration of people to cause attacks, attacks of any kind.

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b.5.4. Have a security system based on the control and analysis of deposited objects. You can enter, incorporate, apply passive and / or active security systems to and immediately perform a risk analysis of the deposited object by installing it in each warehouse, mailbox, storage section, deposit, delivery, collection, return of parcel, courier, postal objects of individual means and through its analysis of individual risk in an almost immediate period of several seconds and / or minutes can confirm, validate, notify, block, transfer the deposit of said object, package, illicit, dangerous shipment , criminal and immediately notifying the authorities of the State security forces, company security department, distributor, operator and / or private security companies according to each case and the level of risk after their analysis of the incidence and Your level of risk.

b.5.5. In the case of not being able to introduce, install security systems, risk analysis individually for technical, operational, available, economic and / or for any reason reasons, it can be installed in a warehouse, general internal storage warehouse for the introduction of the objects, goods, shipments, in which after its security analyzes automatically, robotics, computer science, electronics, physical, and / or manual, the object is transferred internally to a warehouse, mailbox, deposit box, section of storage internally and thus preventing the external, physical manipulation of the object deposited after its risk analysis of the property, object, shipment, deposit from the outside thus preventing, reducing the level of risk of the object, parcel, courier in its shipment, deposit and pick up.

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Purchase, acquisition, return, return of the customer, whether robotic, automatic, electronic, computer, the object is detected, collected, transported internally within the invention to the mailbox, box, deposit of departure / collection of the invention and being able thus perform this same operation for delivery, deposit and even being able to have several operational sections, ATMs, dispensers / collectors for use and joint operative delivery / analysis / collection and / or individually being able to have a cashier, general dispenser and / or several for specific uses such as ones for the use in the deposit, delivery, storage, other ATMs for the use of dispensers, cashiers for the collection, return of goods, courier, postal objects, parcels, acquisitions, control and security analysis .

b.5.7. Having other viable operating systems for the safe use of the invention, it is possible to proceed with the deposit of the object in a "risk analysis" ATM, security in which this system in a robotic, manual, automatic way wraps, packages, introduces, protects the object through the use, packaging through the use of plastics, polymers, fabrics, nano fabrics, stationery of industrial, commercial origin and favoring the use of ecological materials of any viable origin and at the same time sealing, annexed, adhering, painted, marking , impregnating, closing in any way and without limits a code, reference, tracking characteristics, control, bar code, signals, transmitters / receivers so that the user can again collect the insured, protected, wrapped object as in the suitcases of the airport of your security, protection and thus proceeding in a regulated period of time with and / or without limit to your deposit according to the level of Risk in the cashier of deliveries, deposits and thus effectively controlling the non-possibility of handling the object again in the hands of the operator, distributor, customer, user with its deposit in an ATM, mailbox, equipment, storage section of the invention In addition to having vision systems, passive and / or active safety control without limit to be able to control all phases of the use of the invention and maintaining maximum safety levels.

b.5.8. In the case of detecting a suspicious, dangerous, illicit object after its analysis

of risk in a passive, active, chemical, atmospheric, spatial, audio-visual way, by image103

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inside the ATM, security mailbox, deposit sending a risk message to the depositor and immediately via any means of communication, satellite telecommunication, GPS, GMS, WIFI, analog, cable, digital, computer, home automation is notified the authorities or local, regional, state, national, state and / or private security companies, and / or companies specially prepared for the control of these specific risk situations concerning the use of the invention and thus being able to proceed with a protocol of security according to the level of risk, incidence, detection of possible objects of use, origin, illicit, criminal, criminal and / or terrorist.

b.5.8.1 The object may be locked in said ATM and / or may be removed, transferred, transported internally in a robotic, electronic, manual, automatic, computer, manual, guides, ducts, pipes, channels to a warehouse of "High Security" which can only be opened by authorized persons with and without the presence of the client, operator, distributor to verify, validate the object and its level of risk. Said box, warehouse, “High Security” tank will be protected with anti-bullet, anti-explosive, anti-expansive, anti-fireproof, anti-water-repellent, anti-electromagnetic and even blocking, canceling, waves, frequencies, signals from any origin and / or destination if the risk detected is of the terrorist, explosive, chemical-explosive, nuclear, atomic, bacteriological type and even proceeding with the automatic closing of the cashier, dispenser, deposit, invention by using one and / or several blinds, blankets, panels, safety barriers in a telescopic, electronic, foldable, deployable, robotic, computer part way and / or such way to the whole invention, even being able to wrap, protect, encapsulate the entire unit of the invention and even emitting visual-acoustic alarm signals, lights, voice prompts, recording so that people, potential clients, trasuntes move away from the risk zone immediately.

b6. Have a self-adjustment in:

b.6.1. Compensation for variations caused by wear and / or environmental conditions, possible physical damage, operational wear and tear by the initial identification of a code, system, physical and / or virtual safety data through the use of a “mother code” system, "Pattern code" on the basis of which it alarms, surveillance, and operational safety.

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b.6.2. For each repetition of the module's operation after a period of prolonged stop or wait via telematics, the operating system of the invention internally, virtually.

b.7. It has a reader that understands:

b.7.1 A first technology unit configured to analyze a first type of access credentials, the first technology unit being configured to automatically read data from a card.

b.7.2. A second unit of technology configured to analyze a second type of access credentials.

b.7.3. It uses a procedure to redirect an installed reader that comprises the following steps:

ii. Remove the first technology unit placed in a first orientation with respect to a user of the mounting bracket.

iii. Reorient the mounting bracket.

iv.

Re-couple the first technology unit with the mounting bracket in the same orientation as the first orientation with respect to a user. It is placed in an orientation with respect to the mounting bracket different from the one it had before it was removed.

v.

The second technology unit forms a single piece with the mounting plate.

saw. The following stages:

one.

Remove a feature activator from the mounting bracket.

2.

Reorient the feature trigger.

3.

Re-couple the feature activator with the mounting bracket.

b.7.4. Presents, a mounting bracket:

b.7.4.1. Configured to receive the first and second technology units in a plurality of orientations, such that when the second technology unit is mounted in a first orientation, the first technology unit is adjacent to a first side of the second technology unit , and when the second technology is adjacent to a second side of the second technology unit.

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b.7.4.2. It comprises a feature activator that is connected to a receiver associated with at least one of the plurality of technology units, in which the feature activator comprises multiple elements that are symmetrically located on the mounting bracket with respect to the first and second axes of at least one of the plurality of technology units, such that the connection is established irrespective of the orientation of said at least one of the plurality of technology, and in which the feature activator can be removed selectively from the mounting bracket, it can be reoriented and re-coupled with the mounting bracket to connect with said at least one reoriented technology unit in a different position with respect to the mounting bracket.

b.7.4.3. It also includes a step between the first and second technology units, so that the first and second technology units establish a functional communication and, in which the step comprises a recess to receive a wired connection and a cable retainer to fix the wire connection, or in which the step comprises a wireless communication link.

b.7.5. The first technology unit communicates with the second technology unit via at least one of a wire connection, a wireless connection, an optical connection, an RF connection and a Bluetooth connection.

b.7.6. At least one of the first and second technology units comprises a light source to provide feedback to a user.

b.7.7. It also includes a third unit of technology configured to receive a third type of access credentials including via internet, Wi-Fi, atmospheric, wireless, frequencies, electrical, electromagnetic pulsations and in which at least one of the first, second and third Technology units form a single piece with the mounting bracket.

b.7.8. The second technology unit is configured to receive at least one of machine-readable credentials and user-provided credentials.

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technology used by the second unit. The first technology unit is configured to analyze at least one of the magnetic stripe credentials, credentials even by incorporating them into tissues, alpha-numerical security systems, hologram, telephone, smart phone (smart phone), iris , breath, fingerprints, voice, tattoos, bar codes, brands, codes in organic and / or inorganic fabrics, bracelets with systems even detecting means of confirmation of use via Wi-Fi, wireless connection, RF credentials, credentials contact, contactless credentials, proximity credentials, smart card credentials and barcode credentials, and in which the second technology unit is configured to analyze at least one of the magnetic stripe credentials , Wiegand credentials, RF credentials, contact credentials, contactless credentials, or nas proximity credentials, smart card credentials, bar code credentials, password credentials and biometric credentials.

b.7.10. That the reader is able to perform a two-factor authentication.

b.7.11. At least one of the first and second technology units forms a single piece with the mounting bracket, or in which at least one of the first and second technology units can be selectively removed from the mounting bracket.

b.7.12. A plurality of screw brackets adapted to fix said at least one technology unit selectively removable to the mounting bracket, wherein the plurality of screw brackets are symmetrically located in the mounting bracket with respect to the first and second axes (H and V) of said at least one selectively removable technology unit.

b.7.13. At least one hook adapted to retain said at least one selectively removable technology unit in the mounting bracket, said at least one hook being located along at least one side of the mounting bracket.

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at least one selectively removable technology unit with the mounting bracket, said at least one sliding rail being placed along at least one side of the mounting bracket that does not have said at least one hook.

b.7.15. A plurality of mounting slots configured to fix the reader to at least one structure or surface, the plurality of mounting slots being oriented in a plurality of directions; and a recess placed to receive a portion of said at least one selectively removable technology unit.

b.7.16. A feature trigger that is set to:

1. Mounting bracket, in which the feature activator is adapted to connect to said at least one selectively removable technology unit, in which the feature activator is placed in the mounting bracket, such that it is symmetrical with respect to the first and second axes (H and V) of said at least one selectively removable technology unit, such that, depending on the orientation of said at least one selectively removable technology unit, the feature activator is in connection with said at least one selectively removable technology unit, in which the first and second axes are orthogonally oriented, in which the feature activator is configured such that, when the feature trigger is in connection with said by at least one selectively removable technology unit, said at least one removable technology unit sele It is activated and, when the feature activator is not connected with said at least one selectively removable technology unit, said at least one selectively removable technology unit is deactivated, wherein the feature activator comprises a plurality of anti-tamper projections, wherein the plurality of anti-tamper projections are configured such that, when said at least one selectively removable technology unit is connected to the mounting bracket, one of the plurality of anti-tamper projections is connected with an anti-sabotage switch of said at least one removable technology unit

selectively

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features can be oriented between two positions, such that the mounting bracket can be operated to receive said at least one selectively removable technology unit in several relative orientations.

b.8. Means for lateral fastening of the cashier to a wall, floor, panel, structure to keep the cashier, storage system in a safe position and difficult to move, move illegally, without authorization which has alarm systems installed, detection, motion, vibration, visual, acoustic, home automation, anti-theft sensors, through the use of communication operating systems to immediately notify the authorities of the security forces, the operator, the person responsible for said operating units, a Security control room that is performing physical movements of the unit without authorization.

b.9.

Having a control system for opening, closing, storage, use control of the storage area, protection, location, storage of the goods, parcels, messaging has some means installed for:

to.

Its correct operation is the installation of one, and / or several receivers, sensors, analyzers, automatic door controllers, gates, opening-closing systems, tanks, safety deposit boxes, mailboxes through their introduction, installation, location, operation with the closing, opening, security system and through the introduction of a software computer program which is incorporated into the mobile phone, electronic, electrical, electromagnetic, computer media and does not necessarily entail any cost of telephone line. The user simply has to press, press, touch the indicated key, button, and even visual, acoustic, biometric, physical means can be used so that through said indication, information, authorization the opening, closing, delivery confirmation, deposit is achieved , bilateral and / or three-dimensional warning between the parties with the use of a telephone, device, mobile phone, opening-closing device, control, also being able to press if desired on the touch screen, cashier security system operability screen, deposit, apparatus, box, trunk, of the invention not being limited to this opening means being able to use security systems, opening, closing, operability by means of physical buttons, delivery / collection control operating systems of the storage section for the opening of the Door, gate, automatic closing system with and without timer. The operating system

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security operated and / or controlled by computer systems which can use high security algorithmic encryption means in mobile-receiver communication, control room, customer-operator, distributor, security company service control-delivery confirmation in the necessary combinations for its use and safe, effective and effective operation.

b.10. Have telematics, communication, operability, emission, reception, retransmission, verification, validation, control features characterized by having a minimum operating radius of 200 meters and, when using bluetooth, wifi technology, data transmission via atmosphere, waves, frequencies own and / or alternatives, via satellites, analog, digital, GPS, GMS, allows to open, close, control, validate, operate the operations of opening, closing, deposit, storage control, vision, control of the doors, gates, closing systems, security even if the user is in an area without coverage.

b.11. The system comprises of one and / or several microprocessors for the control and operability of the system of opening, closing, control of a group of warehouses, boxes, sections, mailboxes, having the microprocessors, integrated computer operating systems, cable communication systems, systems analog, digital, wifi, GMS, GPS, via satellite integrated in encrypted operating systems of codes for the operation of one and / or all the deposits, boxes, safety boxes that control and operate by means of a keyboard, button, messages, wifi, encrypted codes via telecommunication systems for the introduction, transmission, communication of the keys, individualized codes of the corresponding opening, closing, control, situation analysis through the use, application, incorporation of one and / or several computer systems, codes of electronic, computer, home automation systems through which the m system icroprocessors operate the means of opening, closing, blocking, warning, analysis, control of one and / or several codes of operation, closing, opening, blocking the section, closing and opening section of the tanks, boxes, boxes , mailboxes, sections by means of a series of programmable timers for unlocking and possible access to the tanks, boxes, mailboxes, devices and the doors of the tanks, boxes, trunks, boxes, mailboxes during a programmed time interval which can be seen Immediately on site the situation of the smartphone and / or on the screen itself, TV, monitor, cashier screen of the device.

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b.12.

Electronic opening and closing system for cables, analog, digital wifi, GMS, SMS, GPS, satellite for use in safe deposit boxes, storage, boxes, mailboxes, mail devices, storage depots, sections for postal use where Opening, blocking, analysis and closing means of the closing section of the opening section and the door of the post office boxes, mailboxes, safety boxes are defined by electromagnets, electromagnetic, electrical, mechanical systems, computer systems respectively that through its design, operating program get its blocking, opening and / or closing and even its risk analysis.

to.

Unlocking, opening, closing, analysis can be done jointly or individually.

b.

Timers, control systems, evaluation of operational status can be programmed, coded for different functions each, limiting access to the time interval programmed for the introduction of the good, package, and / or postal delivery with the possibility of have been able to validate and verify chemically, atmospheric, visually-acoustically by means of control sensors and risk analysis to avoid the deposit, delivery, collection of goods, packages, shipments with explosives, illicit products such as drugs, bills, gunpowder, illicit chemical products, products of origin and / or possible atomic, bacteriological and / or nuclear use.

C.

 It shows on the screen all the data incorporated for its correct use as the issuance on screen both at the cashier, place of deposit, furniture and on the screen of the user, customer, operator communication system, instructions for use, prices , value, date, place of delivery, deposit, issuance of electronic receipt, payment, return, justification, proof of payment, electronic payment and subsequently the issuance, receipt of codes of use, opening, closing, deposit, information of the state, tracking system telematically, informatically, domotically, by acoustic, biometric codes, through physical virtual printing of information, data, supporting documents read through data readers, bar code readers, data analysis systems.

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code allows opening, maintenance, conservation, control of the units of warehouses, boxes, mailboxes, separated by the security service, maintenance, regardless of the code established by the corresponding user, operator, and / or customer.

and.

The operating system has a security code, which allows the simultaneous blocking and unlocking of all storage units, deposit in said boxes, compartments, sections, and / or mailboxes.

F.

System incorporating one and / or several terminals, ATMs, designed to facilitate a set of data to the customer and enable the deposit, delivery, storage, collection of any type of products, purchases, acquisitions, documents and especially those called electronic commerce , computer, banking, financial. These are constituted by a set of integrated components, incorporated into a structure, suitable furniture that has one and / or several openings, front, side, rear, upper doors according to the design of each unit, furniture, structure through the which appears one and / or several screens associated with one and / or several monitors, tactile computer systems, by voice, biometric, by means of sensors, and also presenting said openings, places of deposit, delivery, collection, to the physical reach of the user, by the use of one and / or appropriate keyboards for the selection of various functions including additional openings, visual reader media, barcode readers to be able to perform the necessary operations via a telephone, telephone and / or smart system, laptop, computer tablet and housings intended for coin introduction, introduction of magnetic cards, control systems, of se Biometric security, introduction of banknotes, collection, printing of forms, letters, document shipments and collection of receipts issued in relation to the operation performed and can also be used for printing through the use of installed three-dimensional (3D) printers in said furniture to be manufactured collected, sold and / or deposited in the same ATM, furniture, storage structure of the invention.

f.1. Because it has been provided with one and / or several computer, electronic, readers, sensors, controllers, risk analysis system suitable for the proper functioning, operability of the different functions performed by the various components, such as the emission functions of receipts, supporting documents, image121 GMS, SMS, GPS, via satellite and / or in cash, emission control of the corresponding receipts, as well as determining the decommissioning of the set in case of detection of an anomalous situation, risk, failure, attempt to theft, and / or vandalism.

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f.2. Each module consists of a piece of furniture manufactured, manufactured with metals, polymers, carbon fibers, organic fabrics, textiles, nano fabrics, and / or by combining them in any general way such as rectangular, square, oval, circular, rectangular prismatic, pyramid whose uprights and / or divisions consist of unitary elements, of one and / or several pieces, extended between the top (roof) and bottom (floor), in which the deposits, storage sections, boxes, constituent units Storage are formed by trays, shelves, bounding panels made of any type of firm, safe, resistant and even thermal, fire-resistant material. anti-bullet, antiexpansivo, flexible that are attached to the rest of the structure by welding, screws, adhesives, chemical adhesives, ecological, high strength and with the interposition of tubular, rectangular and / or if necessary tubular portions formed by folding of the own sheets constituting the trays, shelves, guides respectively, and the roof elements being formed by also metal elements, polymer manufacturing, organic fabrics of one or more pieces, linked to the rest of the structure by welding, adhesives, screws, and / chemical / ecological adhesives.

TECHNICAL ADVANTAGE THAT PROVIDES THE INVENTION

The object of the invention is to obtain a box, container, container, trunk, drawer, unit, etc. that forms a system of integral logistic security, of acquisitions, storage, distribution and delivery of deposits, with measures and control systems of climatological temperatures , refrigerator, freezer, air conditioner, telematic. With it, a viable, innovative, pragmatic and effective solution is offered combining the needs of customers, users with that of the commercial, industrial and especially in the distribution sector which will increase after the incorporation, expansion of this Global invention.

The advantages of the invention are that:  Comprehensive logistics system that allows purchases, storage, distribution and delivery of internal and external storage, through a security system

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workplaces, etc. And for that, no physical observation or surveillance is necessary.

 It incorporates a system where the client / user can make the collection, delivery and deposit permanently.

 It is not necessary to have a person physically at the place of delivery / collection.

 There is the possibility of making returns of said document, good, parcel, courier, mail at the same time if one is not at the time of delivery via the mailman from the same point of delivery, address, address.

 An invention, comfortable, flexible and that offers the client / user the best service.

 It allows working with any type of merchandise, and even refrigerated, frozen or heated, because the invention incorporates a series of independent shoes.  Performs an atmospheric, chemical, tactile analysis of the object, package, which is deposited within the invention, cashier, dispenser.

 It incorporates detection systems, atmospheric, chemical sensors, radiation emitters, waves, frequencies of its own origin such as emissions of radioactive origin, nano technology, which can be detected within the package, compositions, chemical formulations of origin, illegal use as that of materials, compositions, illicit formulations, of substances, controlled goods such as drugs, explosive media, physical currency, gunpowder, harmful agents, nuclear, radioactive.

 Incorporates a visual analysis, X-ray, infrared, thermal can analyze the package (s), goods deposited, stored in the invention, cashier, dispenser, existing one and / or several security systems for its use, application in the form of pre deposit, storage, delivery, collection, existing and / or having installed in one and / or several places inside, around, annexed in the deposits, cashier structure, dispenser, in the sections, storage sectors visual analysis means which can detect, observe, see, analyze within the package, well deposited, objects, goods of illegal use such as materials, substances, controlled goods such as drugs, explosive media, coins-physical notes, gunpowder, harmful agents, nuclear , radioactive, weapons, bombs, chemical agents.

 It has an automated terminal that allows operating system equipped with computer software systems and with high security algorithmic encryption means, telematic means of communication, operability, emission, reception, retransmission, verification, validation and control.

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point and / or moment of delivery / collection of goods, objects.

 Increase in the delivery, sale, distribution, distribution schedules directly and / or indirectly of the current package, which have a limited schedule, while with the invention the schedule becomes 24/7/365 and without restrictions No time limits. Thus increasing comfort towards the customer.

 It saves time.

 It avoids the client / user movement because the location of the invention is in his own house, office,

 Reduction of operational expenses of spaces, locations, points of sale and therefore of operability.

 An operating system equipped with computer software systems and with high security algorithmic encryption means, telematic means, communication, operability, broadcast, reception, retransmission, verification, validation and control.

 It uses its own frequencies and / or alternatives, via satellites, analogue, digital, GPS, GMS.

 Microprocessors for the control and operation of the opening and closing system.

 Cable communication systems, analog, digital, Wi-Fi, GMS, GPS, satellite systems integrated into encrypted code operating systems for operability.

 A structure with a special nano-technological fabric with physical protection properties with at least one non-woven layer comprising short paraaramide fibers, nano textiles, polymers.

 A main body equipped with a modular piece of furniture with several storage sections, warehouses, purchases, purchases, returns, parcel returns, couriers, postcards, mailboxes, boxes.

 A housing is a control system for opening, closing, storage, use control of the storage area, protection, location, storage of the goods, parcels. With sensors, analyzers, controllers.

 Sections, zones, capsules, sectors, divisions, with temperature controller, positive and negative, refrigerated, freezer, document identifier, cashier, with security controls.

 You can use many types of materials, each type of material where it is introduced, installed, attached, mixed, joined in any way or technically possible way and that the panel, wall, barrier, get very high protection and fire resistance measures of more than 1200ºC-1600ºC, a noise resistance, high-strength anti-acoustic, low weight, and by mixing our invention we get a hardness, strength, mechanical structure and rigidity of very high technical value. Therefore, it achieves greater rigidity, greater resistance, anti-fire, anti-bullet, higher levels of anti-acoustic properties in the same panel / wall and can also decide the final or specific use by the installer.

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 The technology of the invention can be manufactured with other alloys of different special components, in a pleasant and functional architectural manner, being able to create anti-electromagnetic properties, electromagnetic anti-pulsations, protection against electronic contamination of telephone masts, receivers / frequency transmitters of all kinds including satellites, telecommunications, database centers and especially against solar and interplanetary radiation which are increasingly frequent causing the fall, destruction, paralysis of electronic, computer, telecommunications systems, in a fortuitous and natural way. energy systems and their transportation by any known means including high, medium, low voltage networks, electrical sub-stations, thermal plants, systems for creating clean energy such as electronic systems in solar plants, turbines, compressors, etc.

 Acts as protection against electromagnetic pulsations or solar radiation.

 They act as anti-fire systems, or by blocking the external atmosphere, solar radiation, electromagnetic pulsations and with the application of other chemical materials, minerals, textiles, fabrics, nano-technologies we can create panels or walls with additional protection such as protection, anti-bullet, anti-acoustic, anti-thermal, anti-fire but with the great advantage of having anti-fire properties resistant to more than 1600 degrees Celsius for at least 120-300 minutes depending on the dimensions, width and amount of the alloys of the invention applied, materials, compositions applied in different formats on said panels, walls, recordable ceilings, partitions, etc.

 You can have any desired dimension, width, length, depth and its application is simple and fast. Another great advantage is being able to only use a panel with a depth / depth, thickness of 10mm-18mm (1cm-1.8cm) to get block, dissipate, suppress, temperatures and direct fires of more than 1200ºC-1600ºC in

comparison with other manufacturers, which an anti-fire panel would have some measures

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240 minutes and 900ºC-1000ºC.

 It can cushion in all directions and especially exponentially / externally / outwards a blow, penetration, bullet impact and said impact being reduced to a blow of little physical impact, reduction and expansive braking allowing the user to not suffer internal damage from such blow, penetration, impact of large-caliber firearms including 0.50 caliber and / or AK47, penetrating bullets, incendiary, etc.

DESCRIPTION OF THE DRAWINGS

To complement the foregoing throughout this description and the alloy body that has been made in order to help a better understanding of the features of the invention, the present specification is attached, as an integral part thereof, a set of drawings in which, with an illustrative and non-limiting nature, the following has been represented:

Figure number 1. View of the protection, storage, climate / thermal control system of a box, drawer, trunk, container, container, container for the use of storing, depositing, collecting objects, goods, products of any type and / or origin and even to be used telematically, informatically, robotically, by drone for the commercial, industrial, private sector and especially for the distribution industry.

Figure number 2.-Front / side view of a drawer, trunk, security container which can be designed built vertically and / or horizontally.

Figure number 3.-Lateral image / section to be able to appreciate the different layers and locations of the fastening systems, mechanisms and devices within the invention.

Figure number 4.-Side / interior view of a drawer, trunk, security container which can be designed built vertically and / or horizontally.

Figure number 5. Transport and / or delivery vehicle, distribution of use and operation both human, robotized or by means and / or telematic, computer technologies

and / or drones.

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land and air for the delivery / collection by land / air of goods, products, objects of the invention.

Figure number 7 Image of the distribution system including auxiliary systems such as land and air drones for the delivery / collection of land / air of goods, products, objects of the invention.

Figure number 8 Image of the distribution system including auxiliary systems such as ground and aerial drones for the delivery / collection of land / air of goods, products, objects of the invention.

Figure number 9.-Image of the distribution system including auxiliary systems such as ground and aerial drones for the delivery / collection of land / air of goods, products, objects of the invention.

Figure number 10.-Image of the distribution system including auxiliary systems such as land and air drones for the delivery / collection of land / air of goods, products, objects of the invention.

Figure number 11.-Image of the distribution system including auxiliary systems such as land and air drones for the delivery / collection of land / air of goods, products, objects of the invention.

Figure number 12.-Image of the distribution system including auxiliary systems such as land and air drones for the delivery / collection of land / air of goods, products, objects of the invention.

Figure number 13.-Image of the distribution system including auxiliary systems such as land and air drones for the delivery / collection of land / air of goods, products, objects of the invention.

Figure number 14.-Image of the distribution system including auxiliary drone systems

land and air for the delivery / collection by land / air of goods, products, objects of image133 invention.

image134

of a box, drawer, trunk, container, container, container, with a circular shape, for the use of storing, depositing, picking up objects, goods, products of any type and / or origin and even to be used electronically, informatically, robotics, by drone for the commercial, industrial, private sector and especially for the distribution industry.

Figure number 16.-View of the protection, storage, climate / thermal control system of a box, drawer, trunk, container, container, container, with an open circular shape, for the use of storing, depositing, collecting objects, goods, products of any type and / or origin and even to be used telematically, informatically, robotically, by drones for the commercial, industrial, private sector and especially for the distribution industry.

Figure number 17.-View of the protection, storage, climate / thermal control system of a box, drawer, trunk, container, container, container, with pyramid shape, for the use of storing, depositing, collecting objects, goods, products of any type and / or origin and even to be used in a telematic, computer, robotic way, by drone for the commercial, industrial, private sector and especially for the distribution industry.

Figure number 18.-View of the protection, storage, climate / thermal control system of a box, drawer, trunk, container, container, container, with open pyramidal shape, for the use of storing, depositing, collecting objects, goods, products of any type and / or origin and even to be used telematically, informatically, robotically, by drone for the commercial, industrial, private sector and especially for the distribution industry.

Figure number 19.-View of the protection, storage, climate / thermal control system of a box, drawer, trunk, container, container, container, prism-shaped with lateral hooks, for the use of storing, depositing, collecting objects, goods, products of any type and / or origin and even to be used telematically, informatically, robotically, by drone for the commercial, industrial, private sector and especially for the distribution industry.

Figure number 20.-View of the protection, storage, climate / thermal control system of a box, drawer, trunk, container, container, container, with an open prism shape, for the use of storing, depositing, collecting objects, goods, products of any type and / or origin and even to be used telematically, informatically, robotically, by drone for the commercial sector,

industrial, particular and especially for the distribution industry.

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of a box, drawer, trunk, container, container, container, prism-shaped with lower hooks, for the use of storing, depositing, collecting objects, goods, products of any type and / or origin and even to be used in a way telematics, computer science, robotics, by drone for the commercial, industrial, private sector and especially for the distribution industry.

Figure number 22.-Corresponds to a plan view of a sheet of the material used in the invention corresponding to suppression, reduction and inhibitor sheets, reducing the speed of propagation of wave type in any type of fluid.

Figure number 23.-Shows an elevated side view taken in cross section of the object reflected in figure number 22.

Figure number 24.-Corresponds to an upper plane of a perforated sheet of the invention.

Figure number 25.-Shows a side elevation view of the object reflected in figure number

24.

Figure number 26. - Reflects a side view in longitudinal section of the object represented in figure number 24.

Figure number 27.-Shows an upper plane of an expanded and perforated sheet of the material used in the invention.

Figure number 28. - Represents an elevated side view in cross section of the object shown in figure number 27.

Figure number 29.-Corresponds to an enlarged top view of a portion of the object represented in figure number 28.

Figure number 30. Again corresponds to an elevated side view in cross section of the object reflected in figure number 29.

Figure number 31.-Corresponds to a plane of the top view of a corrugated sheet, image137 expanded and perforated material used in the invention.

image138

represented in figure number 31.

Figure number 33.-Corresponds to an elevated side view taken in cross section of the object shown in figure number 31.

Figure number 34. - Finally represents an elevated side view of a spheroidal shape made in accordance with the alloy body. Expanded and perforated blade of the alloy body.

Figure number 35.-Front image of the automatic setpoint device with ecological technology.

MODE OF REALIZATION

Box, container, container, trunk, container, container, container, logistic integral security drawer for the use of storing, depositing, collecting objects, goods, products of any type and / or origin and even to be used electronically, informatically , robotics, by drone for the commercial, industrial, private sector and especially for the distribution industry, and used for storage, climate / thermal control is manufactured and designed in shapes and designs which can be located anywhere of the house or building. All this, under safety measures, thermal / climatic protection in the case of perishable and / or delicate products in which climatic changes can affect their quality, composition and integrity.

It has an upper door, in which by activating / deactivating it with security measures of any type and / or form including and not limited to those of alphanumeric design, fingerprints, iris, breath or numbers, data communicated directly or wirelessly to obtain authorization for said opening / closing of the invention by sections or compartments. This is attached to the box with a hinge system for the opening / closing of the doors including, if applicable, the sliding door that can be opened or closed independently and / or depending on the required use.

The box on the sides has a safety restraint system.

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of different composites, but mainly they incorporate the body of the alloy, an alloy that is composed of different metals, which together make its structure suppressive, voided, reducing, with anti-thermal, anti-acoustic, fire-retardant and antielectromagnetic properties.

Externally they have a built-in anchor system that makes the structure fixed or mobile, depending on the needs of the client.

The box also incorporates other security elements such as:

 Motion sensors, to prohibit, resist, suppress the risk of displacement,

mobility for any cause or reason at the bottom.  Recording system.  Anti-biking system, which could be triggered in case of theft.  Inner layer with insulating and protective properties having an unlimited number

of layers and / or properties to support the correct operation of the invention.

 Transmission of energies of any origin and especially and in this case by means of solar panels which can support, supply, make independent the energy systems required for the invention and thus being able to operate safety systems in an ecological, environmental way. protection, thermal insulation of the invention with or without the support of transferred energy, transmitted by cable systems from the residence and / or installation location and even by means of transfer, charge, recharge of energy through the atmosphere.

 Wired / network connection between the location and the invention which transfers energy from the mains to the operating system with independent operation.

 Audiovisual, infrared, thermal, alarm system in which at the same time observing, monitoring, protecting the home and / or location can also be activated simultaneously on the invention to be able to simultaneously and continuously retransmit thermal emission images , acoustics both during the day and night and even the delivery deposit, withdrawal, collection of objects, goods and products thus being able to monitor the correct use.

 Sensor system in which they detect the withdrawal, movement, displacement of the invention.

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transport, transfer, deposit, delivery, collection of objects deposited within the invention. With cushion landing system, with propeller system, with weight system, with bar code reader system, which automatically or manually weighs, seizes,

In view of the figures or drawings made, you can see:

Figure number 1. View of a box, drawer, trunk, container, container, container for the use of storing, depositing, collecting objects, goods, products of any type and / or origin and even to be used in a telematic, computer way , robotics, by drone for the commercial, industrial, private sector and especially for the distribution industry.

A. Drawer, trunk, container, box, container, container which the invention is designed for the location, deposit, collection of any type of good, product and / or object or product deposited and / or delivered inside under measures safety, thermal / climatic protection in the case of perishable and / or delicate products in which climatic changes can affect their quality, composition and integrity.

B. Upper, lateral door in which it can be incorporated internally to the letter A.

C. Upper door in which through its activation / deactivation with security measures of any type and / or form including and not limited to those of alphanumeric design, fingerprints, iris, breath or numbers, data communicated directly or wirelessly to obtain authorization for said opening / closing of the invention by sections or compartments.

D. Sliding door in which it is incorporated into an opening door upwards by hinges or opening systems. D1 Hinges system for opening / closing the doors including, if applicable, the sliding door of letter D that can be opened or closed independently and / or depending on the required use.

E. Clamping system, incorporation of security in which it can be attached, attached, adhered, welded to the outer structure of the invention letter A. It is also possible that said clamping system, security by using resistant materials to reduce suppress, annul the movement of the invention letter A for any reason or cause, both fortuitous, accidental or deliberate, including vandalism and / or criminal acts. Said structure, skeleton through fabrics, metals, brooches, chains, bars can therefore be for both aesthetic, design reasons and for hindering external access to said security structures being incorporated, introduced within the letter A and only being able to appreciate the systems of hooks, closures, couplings which are used to screw, couple, hook, hold, fix the whole invention of the letter A in a fixed, safe place and which prevents or reduces the risk of transfer, movement, movement, withdrawal , theft, theft, damage of the invention in its location and place of establishment but not limiting its possibility of change of location by the operator, user, customer, owner to other places if it were the case by disengagement, decoupling manually removed, automatic but previously and recommending the deactivation of the security measures incorporated externally, comprehensively, whole of the invention.

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F. Image of the side hitch system which can be found incorporated, embedded, fixed, screwed, welded to a fixed / mobile surface or structure but at any point, places, sides, sides of the invention of the letter A.

G. Motion sensors in which they can be introduced, coupled, annexed, installed and in this case being said motion sensors, weight to prohibit, resist, suppress the risk of displacement, mobility for any reason or reason at the bottom, base in contact with the fixed ground surface in the case of an abrupt movement in any direction and / or angle greater than predetermined degrees or millimeters will immediately activate the telematic, computer communication to the housing alarm, residence so that in that At the same time, proceed simultaneously with the recording from the home security means of residence at that specific point and even broadcasting, transmitting simultaneously to the owner, distributor and / or security forces or security companies that a irregular act without authorization of the invention with letter A. G1. This sensor system has the same feature and functionality as the letter G but in the case that a criminal act can be carried out to withdraw, open, break the invention with the letter A and said criminals use blocking inhibitor systems. signals and frequencies this sensor works independently therefore in the case of its activation both by its lifting, movement, displacement by degrees, millimeters / centimeters any of the sensors can activate individually or jointly the detonation of some systems of non-harmful paint inside and / or outside which can mark, stain, pigment these people and inside

of the invention with the letter A to be able to be recognized before the authorities in the image145

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invention A is marked and unused for subsequent resale or illicit use knowing that it has been acquired or illegally removed and can thus investigate and see through hidden systems, bar codes, encrypted codes in which the owner, operator is determined , distributor and technical data of the device both to link the criminals to said address, location and even be able to be returned to the original owners / insurer for later use, arrangement, change and / or destruction.

H. System of creation, transmission of energies of any origin and especially and in this case by means of solar panels which can support, supply, make independent the energy systems required for the invention and thus being able in an ecological, environmental way to operate the security, protection, thermal insulation systems of the invention with or without the support of transferred energy, transmitted by cable systems from the residence and / or installation location and even by means of transfer, charge, recharge of energy through the atmosphere . H1. Wired / network connection between the location and the invention which transfers, transports energy from the power grid to the operating system of the invention which can operate independently, help me supplementary and in coordination with the letter H and the letter K even being able to charge batteries , emergency energy storage systems so that in the case of power outages, blackouts have enough hours so that the invention can safely and thermally maintain perishable and / or frozen products, even being able to operate the systems of safety closing / opening manually and / or automatically.

I. Facade, wall, building where letter A is incorporated, installed, coupled to obtain a physical security of the invention and operating individually and jointly with the coupling of the invention to the surface and / or base and with the use of hooks denominated in the letter F.

J. Audiovisual, infrared, thermal, alarm system in which at the same time observing, monitoring, protecting the home and / or location can also be activated simultaneously on the invention to be able to simultaneously and continuously retransmit broadcast images thermal, acoustic both during the day and night and even the delivery deposit, withdrawal, collection of objects, goods and products thus being able to monitor the correct use of the invention.

K. Energy emission system via atmosphere which the invention can perceive, recharge its operating, electronic, electrical and functional systems.

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in which it allows to partially and / or totally supply, charge batteries of any type and / or origin and even being a support for systems such as solar panels in the case of a decrease in charge due to lack of light or solar radiation therefore functioning in a complementary way with other means of generation and transmission of energy.

L. Waves and frequencies transmitted from letter K to letter K1 for charging and recharging in order to operate correctly via this energy transmission of the operating systems of the invention.

M. Bars, safety anchors in which are introduced, coupled, grounded, welded to a facade, side, wall, fixed surface for the accidental and / or deliberate impediment of the invention.

N. System of sensors in which they detect the withdrawal, movement, displacement of the invention.

O. Aerial drone, robotic device in which air transport, transport, transfer, storage, delivery, collection of objects deposited within the invention can be carried out.

P. Point of location of the drone charge. P1. Tweezers system which allow to raise, hook, collect packages, objects, products inside the invention for retraction from the invention.

Q. Leg system, shock absorbers in which according to the design of the drone can be of variable numbers and can even be used to land on the points of the letter R for loading, unloading, collecting products but at the same time being able to receive , charge, recharge your energy storage battery systems by means of connection systems such as the so-called H1 and / or by wireless and aerial transmission systems named in the letter K.

R. Place, location of the visual system of the drone which its location does not limit at this point and can be anywhere, angle, surface or in several units integrated to the operating system of the drone of the letter O.

S. Drone propulsion system, in this case being of helicopter type propeller but not limited in the future to use other propulsion means such as using s systems of reactors, electromagnetic, magnetic, magnetized, cable, compression, gas, ...

T. Weight, balance system in which it is used to verify the exact and / or approximate weight of the purchase, acquisition and / or deposit for the invention.

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number the products, objects acquired, deposited within the invention and even if they were also removed electronically, informally, communicated to the retailer, customer of the withdrawal of said product, object of the interior of the invention thus being able to control both the number of objects , products in its warehouse as in its withdrawal through this system and using it jointly, independently, complementary to the letter T weight control system in order to obtain as exact control as possible of the objects deposited and / or withdrawn.

Figure number 2.-Front / side view of a drawer, trunk, security container which can be designed built vertically and / or horizontally.

A. Front / side view of a drawer, trunk, security container which can be designed vertically and / or horizontally in this case being horizontal in which the places, compartments sections instead of being superior are Drawer-like side of a closet.

B. Image of the side hitch system which can be found incorporated, embedded, fixed, screwed, welded to a fixed / mobile surface or structure but at any point, places, sides, sides of the invention of the letter A.

C. Location of the security opening system by means of fingerprints, numbering, security codes,… Operational system of the invention with a pulsation system, physical, tactile, wireless, visual, acoustic buttons, through the use of readers, analyzers, decryptors, operational validators with the use and / or application of unique and / or combined systems and technologies such as the use of systems using detectors, sensors, barcode readers, iris iris readers, acoustics, biometric systems, transfer, reception , retransmission, analysis, decoding of any type of signal, wave, frequency, systems, telecommunications media, data transfer and reception via wireless, cable, digital, analog, wifi, GPS, GMS, satellite, data entry in the form of pendriver, computer disk, payment system, reception, delivery via e-commerc, not limiting any other new med Communication in the future.

D. System of creation, transmission of energies of any origin and especially and in this case by means of solar panels which can support, supply, make independent the energy systems required for the invention and thus being able to operate the environmentally, environmentally. security, protection, thermal insulation systems of the invention with or without the support of transferred energy, transmitted by systems

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transfer, charge, recharge of energy through the atmosphere.

E. Bars, safety anchors into which are inserted, coupled, grounded, welded to a facade, side, wall, fixed surface for the accidental and / or deliberate impediment of the invention.

F. Separation system between containers, sections, compartments of the invention in which layers and insulation systems are incorporated individually and even with bearing means, wheels to allow the opening of each section / drawer to be able to deliver via drone Aerial if necessary.

G. Wired / network connection between the location and the invention which transfers, transports energy from the electrical network to the operating system of the invention which can operate independently, help me supplementary and in coordination with the letter H and the letter K even being able Charge batteries, emergency energy storage systems so that in the case of power outages, blackouts have enough hours for the invention to safely and safely maintain perishable and / or frozen products, even being able to operate the safety systems closing / opening manually and / or automatically.

H. Energy emission system via atmosphere which the invention can perceive, recharge its operating, electronic, electrical and functional systems.

I. Weight, balance system in which it is used to verify the exact and / or approximate weight of the purchase, acquisition and / or deposit for the invention.

J. Bar code reader system in which simultaneously allows to recognize, number the products, objects acquired, deposited within the invention and even if they were also withdrawn being electronically, computer, communicated to the distributor, customer of the Withdrawal of said product, object of the interior of the invention thus being able to control both the number of objects, products in its deposit and in its withdrawal by this system and using it jointly, independently, complementary to the letter T weight control system to be able to Obtain as exact control as possible of objects deposited and / or withdrawn.

K. This sensor system in the event that a criminal act can be carried out to remove, open, break the invention with the letter A and said criminals use signal and frequency blocking inhibitor systems this sensor works in a way independent, therefore, in the case of its activation both by its lifting, movement, displacement by degrees, millimeters / centimeters, any of the sensors may activate individually or jointly the detonation of pigment systems to said persons and within the invention. with the letter A to be able to be recognized before the authorities in the case of his arrest, and in the case of his detonation, internal discharge getting the invention A is marked and disabled for subsequent resale or illegal use knowing that it has been acquired or illegally removed and can thus investigate and see through hidden systems, barcodes, encrypted codes in the which determines the owner, operator, distributor and technical data of the device both to link the criminals to said address, location and even be able to be returned to the original owners / insurer for later use, arrangement, change and / or destruction.

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L. Place to allow the extraction, retraction of the drawer system, containers sections of the invention which can be opened by pressing, incorporating, introducing encrypted security codes and even by sensors to be able to authorize the opening and activate opening system / closing by means of the detection, verification and validation of fingerprints, breath, iris and / or through the transmission of data, information telematically, wirelessly to achieve said objective.

M. Button for printing invoices, delivery notes, receipts, tickets.

Figure number 3.-Lateral image / section to be able to appreciate the different layers and locations of the fastening systems, mechanisms and devices within the invention.

A. Drawer, trunk, container, box, container, side view invention container.

B. Sections of layers in which specific alloys for the climatic, thermal, insulating control of the invention are incorporated, thus being able to protect the objects and especially the perishable / frozen products for hours inside the invention. These layers are used both for the external protection of high temperatures and also for the reduction of the temperature of the content for cases where there may be an external freezing below zero and / or snow, therefore being the objective of these layers to achieve temperatures according to the use and application of the invention by each sector and / or compartment.

C. Inner layer with insulating and protective properties being able to have an unlimited number of layers and / or properties in order to support the correct operation of the invention

D. Inner layer with insulating and protective properties being able to have an unlimited number of layers and / or properties in order to support the correct operation of the invention. Outside, it will be installed, incorporated, annexed protections of polymers, plastics, textiles, paints, varnishes, materials of organic / inorganic origin for durability and protection against corrosion, oxidation, dirt, aging and the attraction of electrical or electrostatic charges of storms, lightning or accidental short circuits due to the possibility of being able to suffer flooding, torrential rains, extreme frost and snow conditions which can impede the proper functioning and structural degeneration of the invention.

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E. Bar, platform, separating surface of the compartments sections of the invention in the case of a design of the invention horizontally.

F. Closing security system of the invention which is opened by computer, telematic, or by entering security code, physical detection by iris, breath, fingerprints, ...

G. Hinge system in which it allows upward opening of the upper part of the invention. G1. Opening system of the invention laterally "drawer mode" in which with its horizontal design the opening, introduction, collection of objects of the drawer level is allowed.

H. Image of the side hitch system which can be found incorporated, embedded, fixed, screwed, welded to a fixed / mobile surface or structure but at any point, places, sides, sides of the invention of the letter A.

I. Clamping system, incorporation of security in which it can be attached, attached, adhered, welded to the outer structure of the invention letter A. It is also possible that said clamping system, security by using resistant materials to reduce suppress, annul the movement of the invention letter A for any reason or cause, both fortuitous, accidental or deliberate, including vandalism and / or criminal acts. Said structure, skeleton by means of fabrics, metals, brooches, chains, bars can also be found <in an integrated way within the structures and layers of the invention, letter A, therefore for reasons both aesthetic, design and for hindering external access to said safety structures being incorporated, introduced within the letter A and only being able to appreciate the systems of hooks, closures, couplings which are used to screw, couple, hook, hold, fix the whole invention of the letter A in a fixed, safe place and which precludes or reduces the risk of transfer, displacement, movement, withdrawal, theft, theft, damage of the invention in its location and place of establishment but not limiting its possibility of change of location by the operator, user, customer, owner to other places if it were the case by unhooking, undocking removed manually, automatically but previously and

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external, integral, whole of the invention.

J. Bar code reader system in which simultaneously allows to recognize, number the products, objects acquired, deposited within the invention and even if they were also withdrawn being electronically, computer, communicated to the distributor, customer of the Withdrawal of said product, object of the interior of the invention thus being able to control both the number of objects, products in its deposit and in its withdrawal by this system and using it jointly, independently, complementary to the letter T weight control system to be able to Obtain as exact control as possible of objects deposited and / or withdrawn.

K. Energy emission system via atmosphere which the invention can perceive, recharge its operating, electronic, electrical and functional systems. K1. System of sensor, receiver, transmitter, charger of the energy transmitted from the letter K in an atmospheric air way in which it allows to partially and / or totally supply, charge batteries of any type and / or origin and even being a support for systems such as solar panels in the case of a decrease in load due to lack of light or solar radiation, therefore functioning in a complementary way with other means of generating and transmitting energy. K2 Waves and frequencies transmitted from letter K to letter K1 for charging and recharging to be able to operate correctly via this energy transmission of the operating systems of the invention.

L. This sensor system in the event that a criminal act can be carried out to remove, open, break the invention with the letter A and said criminals use signal and frequency blocking inhibitor systems this sensor works in a way independent, therefore, in the case of its activation both by its lifting, movement, displacement by degrees, millimeters / centimeters, any of the sensors can activate individually or jointly the detonation of non-harmful paint systems inside and / or outside which can mark, stain, pigment said persons and within the invention with the letter A to be able to be recognized before the authorities in the case of their detention, and in the case of their detonation, internal discharge getting the invention To be marked and unused for subsequent resale or illicit use knowing that it has been acquired or withdrawn illegally and thus being able to invest gar and see through hidden systems, barcodes, encrypted codes in which the owner, operator, distributor and technical data of the device are determined to both link criminals to said

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originating / insurer for later use, arrangement, change and / or destruction.

M. Motion sensors in which they can be introduced, coupled, annexed, installed and in this case being said motion sensors, weight to prohibit, resist, suppress the risk of displacement, mobility for any reason or reason in the lower part, base in contact with the fixed ground surface in the case of an abrupt movement in any direction and / or angle greater than predetermined degrees or millimeters will immediately activate the telematic, computer communication to the housing alarm, residence so that in that At the same time, proceed simultaneously with the recording from the home security means of residence at that specific point and even broadcasting, transmitting simultaneously to the owner, distributor and / or security forces or security companies that a irregular act without authorization of the invention with letter A.

N. System for calculating weights and balances of the invention to carry out the most accurate verification of the weight of the products, objects, goods deposited within the invention.

O. Bar code reader of the objects, goods, products introduced in the invention without limiting its location, number or possible improvements in the future.

Figure number 4.-Side / interior view of a drawer, trunk, security container which can be designed built vertically and / or horizontally.

A. Sections of layers in which specific alloys for the climatic, thermal, insulating control of the invention are incorporated, thus being able to protect the objects and especially the perishable / frozen products for hours inside the invention. These layers are used both for the external protection of high temperatures and also for the reduction of the temperature of the content for cases where there may be an external freezing below zero and / or snow, therefore being the objective of these layers to achieve temperatures according to the use and application of the invention by each sector and / or compartment.

B. Closing security system of the invention which is opened by computer, telematic, or by entering security code, physical detection by iris, breath, fingerprints.

C. Bar code reader system in which simultaneously allows to recognize, number the products, objects acquired, deposited within the invention and even if they were also removed electronically, informatically, communicated to the invention thus being able to control both the number of objects, products in its warehouse as in its withdrawal through this system and using it jointly, independently, complementary to the letter T weight control system to obtain as exact control as possible of the objects deposited and / or withdrawn .

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D. Drawer, trunk, container, box, container, side view invention container.

Figure number 5. Transport and / or delivery vehicle, distribution of use and operation both human, robotized or by means and / or telematic, computer and / or drone technologies.

A. Transport vehicle, delivery, in which manually, automated, robotic, transports, transfers the objects, goods, products, perishable and / or frozen products to the domicile or place of delivery and / or location of the invention “distribution to home".

B. Side door, upper, lower, front and / or rear side which allows access, loading, unloading of products, objects, goods and other transport systems, delivery, delivery to realize the innovative objective of the invention.

C. Telescopic and even crane design extensible ramp in which the entry / exit of both human personnel and robotic devices, automatons and / or controlled by telematic, computer, artificial intelligence systems is allowed to introduce, deposit , collect objects, goods or products of the invention

D. Exterior surface on which the delivery vehicle called A circulates.

E. In the case of not using human personnel for the distribution, delivery, deposit, collection of objects, products, goods to the invention, remote control computer systems, drones for both land, amphibious and / or aerial use in which said can be used delivery device is introduced, housed inside the letter A transport vehicle and by means of systems and technologies it is loaded / unloaded of the objects, products or goods of the place of delivery for each user / customer. This vehicle is designed to be able to transport said acquisitions on 1 or several trips and subsequently by means of a lifting, clamping, clamps system, it is able to open the invention electronically and make the deposit / collection of goods, products, objects as classified within of the compartments and sectors of the invention.

F. Ground, road or surface, track, sidewalk, access to the place and / or location of the invention to make the required paths from the delivery vehicle letter A to the invention.

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its transfer to and in the invention.

H. Techno communication system via antenna in which it emits, transmits, delays, visualizes, observes the trajectory of both the letter A delivery vehicle and its auxiliary delivery vehicles letter E and even giving information, data, through sensors throughout the process and delivery procedure collected and use of the invention.

Figure number 6.-Image of the distribution system including auxiliary systems such as ground and aerial drones for the delivery / collection of land / air of goods, products, objects of the invention.

A. Transport vehicle, delivery, in which manually, automated, robotic, transports, transfers the objects, goods, products, perishable and / or frozen products to the domicile or place of delivery and / or location of the invention “distribution to home".

B. Side door, upper, lower, front and / or rear side which allows access, loading, unloading of products, objects, goods and other transport systems, delivery, delivery to realize the innovative objective of the invention.

C. Telescopic and even crane design extensible ramp in which the entry / exit of both human personnel and robotic devices, automatons and / or controlled by telematic, computer, artificial intelligence systems is allowed to introduce, deposit , collect objects, goods or products of the invention

D. Exterior surface on which the delivery vehicle called A circulates.

E. In the case of not using human personnel for the distribution, delivery, deposit, collection of objects, products, goods to the invention, remote control computer systems, drones for both land, amphibious and / or aerial use in which said can be used delivery device is introduced, housed inside the letter A transport vehicle and by means of systems and technologies it is loaded / unloaded of the objects, products or goods of the place of delivery for each user / customer. This vehicle is designed to be able to transport said acquisitions on 1 or several trips and subsequently by means of a lifting, clamping, clamps system, it is able to open the invention electronically and make the deposit / collection of goods, products, objects as classified within of the compartments and sectors of the invention.

F. Ground, road or surface, track, sidewalk, access to the place and / or location of the invention to make the required paths from the delivery vehicle letter A to the invention.

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deposited in the invention even being used as a hangar, storage place for an auxiliary medium such as a land and / or air drone named with the letter H.

H. Image of the aerial drone in which it has been transferred from the delivery vehicle A subsequently transported by the auxiliary vehicle E and after the opening of G has made its takeoff and trajectory to reach the invention.

I. The invention of design and square / rectangular format.

J. Security lock system in which it can be opened physically, telematically, by WiFi from the unit named with letter A of the auxiliary vehicle of letter E and even of the aerial drone letter H.

K. System of creation, transmission of auxiliary, supplementary and / or main energy for the operation of the invention.

L. System, coupling means, safety hitch to prevent movement, accidental or deliberate movement of the invention.

M. Upper door in sliding format to allow delivery / collection of objects, products and goods from the auxiliary vehicle letter E and even being able to use the air drone transport means which can land on the surface of the invention and deliver, deposit, collect, said products by means of its clamping system, transport denominated with the letter P being able to carry out these routes even directly from the transport vehicle letter A via the use of the transport vehicle letter H to arrive at the invention letter E to carry out a transport, delivery , direct collection from A via H for the invention and vice versa, the option of not even using the auxiliary land drone vehicle named with letter E being possible for transport, delivery, direct collection from A via H for the invention and vice versa.

N. Wired / network connection between the location and the invention which transfers, transports energy from the electricity network to the operating system of the invention which can operate independently, auxiliary auxiliary and in coordination with the letter K even being able to charge batteries, systems emergency energy storage so that in the case of power outages, blackouts have enough hours for the invention to safely and safely maintain perishable and / or frozen products, even being able to operate the safety systems of closing / opening manually and / or automatically.

O. Tensile extendable system in which it incorporates telematic, thermal, control media and audiovisual systems, signal retransmission, data from letter A to letter H including rotating arm systems, clamps for performing movements

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use of the air drone H and thus facilitate deliveries and making them all by land and thus avoiding any existing legislation or for existing on the restriction of the use of aerial drones for any activity and especially in the distribution and distribution of products.

P. System of clamps, cranes, pulleys, storage for the aerial drone H to be able to deposit, collect, products, objects, goods to the invention and can be picked up in flight both directly to the letter A transport vehicle and / or to the transport vehicle Earth letter E.

Figure number 7.-Image of the distribution system including auxiliary systems such as ground and aerial drones for the delivery / collection of land / air of goods, products, objects of the invention.

A. Transport vehicle, delivery, in which manually, automated, robotic, transports, transfers the objects, goods, products, perishable and / or frozen products to the domicile or place of delivery and / or location of the invention “distribution to home".

B. Side door, upper, lower, front and / or rear side which allows access, loading, unloading of products, objects, goods and other transport systems, delivery, delivery to realize the innovative objective of the invention.

C. Telescopic and even crane design extensible ramp in which the entry / exit of both human personnel and robotic devices, automatons and / or controlled by telematic, computer, artificial intelligence systems is allowed to introduce, deposit , collect objects, goods or products of the invention.

D. Exterior surface on which the delivery vehicle called A circulates.

E. In the case of not using human personnel for the distribution, delivery, deposit, collection of objects, products, goods to the invention, remote control computer systems, drones for both land, amphibious and / or aerial use in which said can be used delivery device is introduced, housed inside the letter A transport vehicle and by means of systems and technologies it is loaded / unloaded of the objects, products or goods from the place of delivery for each user / customer. This vehicle is designed to transport these acquisitions on 1 or several trips and subsequently by image168

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classified within the compartments and sectors of the invention.

F. Ground, road or surface, track, sidewalk, access to the place and / or location of the invention to make the required paths from the delivery vehicle letter A to the invention.

G. Place of location of both the objects, goods and products to be delivered and deposited in the invention even being used as a hangar, place of storage of an auxiliary means such as a land and / or air drone.

Figure number 8.-Image of the distribution system including auxiliary systems such as land and air drones for the delivery / collection of land / air of goods, products, objects of the invention.

A. Transport vehicle, delivery, in which manually, automated, robotic, transports, transfers the objects, goods, products, perishable and / or frozen products to the domicile or place of delivery and / or location of the invention “distribution to home".

B. Side door, upper, lower, front and / or rear side which allows access, loading, unloading of products, objects, goods and other transport systems, delivery, delivery to realize the innovative objective of the invention.

C. Telescopic and even crane design extensible ramp in which the entry / exit of both human personnel and robotic devices, automatons and / or controlled by telematic, computer, artificial intelligence systems is allowed to introduce, deposit , collect objects, goods or products of the invention.

D. Exterior surface on which the delivery vehicle called A circulates.

E. In the case of not using human personnel for the distribution, delivery, deposit, collection of objects, products, goods to the invention, remote control computer systems, drones for both land, amphibious and / or aerial use in which said can be used delivery device is introduced, housed inside the letter A transport vehicle and by means of systems and technologies it is loaded / unloaded of the objects, products or goods of the place of delivery for each user / customer. This vehicle is designed to be able to transport said acquisitions on 1 or several trips and subsequently by means of a lifting, clamping, clamps system, it is able to open the invention electronically and make the deposit / collection of goods, products, objects as classified within of the compartments and sectors of the invention.

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to make the required paths from the delivery vehicle letter A to the invention.

G. Place of location of both the objects, goods and products to be delivered and deposited in the invention even being used as a hangar, place of storage of an auxiliary means such as a land and / or air drone.

H. Aerial drone, robotic apparatus in which air transport, transportation, transfer, storage, delivery, collection of objects deposited within the invention can be carried out.

Figure number 9.-Image of the distribution system including auxiliary systems such as ground and aerial drones for the delivery / collection of land / air of goods, products, objects of the invention.

A. Transport vehicle, delivery, in which manually, automated, robotic, transports, transfers the objects, goods, products, perishable and / or frozen products to the domicile or place of delivery and / or location of the invention “distribution to home".

B. Side door, upper, lower, front and / or rear side which allows access, loading, unloading of products, objects, goods and other transport systems, delivery, delivery to realize the innovative objective of the invention.

C. Telescopic and even crane design extensible ramp in which the entry / exit of both human personnel and robotic devices, automatons and / or controlled by telematic, computer, artificial intelligence systems is allowed to introduce, deposit , collect objects, goods or products of the invention

D. Exterior surface on which the delivery vehicle called A circulates.

E. In the case of not using human personnel for the distribution, delivery, deposit, collection of objects, products, goods to the invention, remote control computer systems, drones for both land, amphibious and / or aerial use in which said can be used delivery device is introduced, housed inside the letter A transport vehicle and by means of systems and technologies it is loaded / unloaded of the objects, products or goods of the place of delivery for each user / customer. This vehicle is designed to be able to transport said acquisitions on 1 or several trips and subsequently by means of a lifting, clamping, clamps system, it is able to open the invention electronically and make the deposit / collection of goods, products, objects as classified within of the compartments and sectors of the invention.

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to make the required paths from the delivery vehicle letter A to the invention.

G. Place of location of both the objects, goods and products to be delivered and deposited in the invention even being used as a hangar, place of storage of an auxiliary means such as a land and / or air drone.

H. Aerial drone, robotic apparatus in which air transport, transportation, transfer, storage, delivery, collection of objects deposited within the invention can be carried out.

I. Point of location of the drone charge. I1. Tweezers system which allow to raise, hook, collect packages, objects, products inside the invention for retraction from the invention.

J. Leg system, dampers in which according to the design of the drone can be of variable numbers and can even be used to land on the points of the letter k to perform loading, unloading, collecting products.

K. Place, location of the visual system of the drone which its location does not limit at this point and may be anywhere, angle, surface or in several units integrated to the operating system of the letter H drone.

L. Drone propulsion system, in this case being helicopter-type propeller but not limited in the future to use other propulsion means such as using s, reactor, electromagnetic, magnetic, magnetized, cable, compression, gas, ...

Figure number 10.-Image of the distribution system including auxiliary systems such as land and air drones for the delivery / collection of land / air of goods, products, objects of the invention.

A. Extensible telescopic system in which it incorporates telematic, thermal, control audiovisual media and systems, signal retransmission, data from letter A to letter H including rotating arm systems, tweezers to perform sufficient movements to deposit and collect objects within the invention and thus being able to avoid the use of the air drone H and thus facilitate deliveries and making them all by land and thus avoiding any existing legislation or for existing on the restriction of the use of aerial drones for any activity and especially in the distribution and product distribution.

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deposited in the invention even being used as a hangar, storage place of an auxiliary means such as a land and / or air drone named with the letter D.

C. In the case of not using human personnel for the distribution, delivery, deposit, collection of objects, products, goods to the invention, remote control computer systems, drones for both land, amphibious and / or aerial use in which said can be used delivery device is introduced, housed inside the letter A transport vehicle and by means of systems and technologies it is loaded / unloaded of the objects, products or goods of the place of delivery for each user / customer. This vehicle is designed to be able to transport said acquisitions on one or several trips and subsequently by means of a lifting, clamping system, tweezers is able to open the invention electronically and make the deposit / collection of goods, products, objects as classified within of the compartments and sectors of the invention.

D. Image of the aerial drone in which it has been transferred from the delivery vehicle and subsequently transported by the auxiliary vehicle and after opening it has made its takeoff and trajectory to reach the invention.

E. System of clamps, cranes, pulleys, storage for the aerial drone D to be able to deposit, collect, products, objects, goods to the invention and can be picked up in flight both directly to the transport vehicle and / or to the land transport vehicle letter .

F. Clamping system, incorporation of security in which it can be attached, attached, adhered, welded to the outer structure of the invention letter H. It is also possible that said clamping system, security by using resistant materials to reduce suppress, annul the movement of the invention letter H for any reason or cause, whether fortuitous, accidental or deliberate, including vandalism and / or criminal acts. Said structure, skeleton by means of fabrics, metals, brooches, chains, bars can also be found in an integrated way within the structures and layers of the invention, letter H, therefore for reasons both aesthetic, design and for hindering external access to said structures. of security being incorporated, introduced inside the letter H and only being able to appreciate the systems of hooks, closures, couplings which are used to screw, couple, hook, hold, fix the whole invention of the letter H a fixed, safe and which precludes or reduces the risk of transfer, displacement, movement, withdrawal, theft, theft, damage of the invention in its location and place of establishment but not limiting its possibility of change of location by the operator, user, customer, owner to others places if it were the case by means of the disengagement, recommending the deactivation of the security measures incorporated externally, integrally, enter of the invention.

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G. System of sensor, receiver, transmitter, charger of the energy transmitted from the letter G in an atmospheric air way in which it allows to partially and / or totally supply, charge batteries of any type and / or origin and even being a support for systems such as solar panels in the case of a decrease in load due to the lack of light or solar radiation, therefore functioning in a complementary way with other means of generating and transmitting energy.

H. Drawer, trunk, container, box, container, container which the invention is designed for the location, deposit, collection of any type of good, product and / or object or product deposited and / or delivered inside under measures safety, thermal / climatic protection in the case of perishable and / or delicate products in which climatic changes can affect their quality, composition and integrity.

I. System of creation, transmission of energies of any origin and especially and in this case by means of solar panels which can support, supply, make independent the energy systems required for the invention and thus being able to operate the ecologically, environmentally. security, protection, thermal insulation systems of the invention with or without the support of transferred energy, transmitted by cable systems from the residence and / or installation location and even by means of transfer, charge, recharge of energy through the atmosphere .

J. Bar code reader system in which simultaneously allows to recognize, number the products, objects acquired, deposited within the invention and even if they were also withdrawn being electronically, computer, communicated to the distributor, customer of the Withdrawal of said product, object of the interior of the invention thus being able to control both the number of objects, products in its deposit and in its withdrawal by means of this system in order to obtain as exact control as possible of the objects deposited and / or removed.

Figure number 11.-Image of the distribution system including auxiliary systems such as land and air drones for the delivery / collection of land / air of goods, products, objects of the invention. A) Telescopic extendable system in which it incorporates telematic, thermal, control, media and audiovisual systems and signals, data from letter A to letter H

including swivel arm systems, tweezers to perform enough movements to image178

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facilitate deliveries and making them all by land and thus avoiding any existing legislation or for existing on the restriction of the use of aerial drones for any activity and especially in the distribution and distribution of products. B) Place of location of both the objects, goods and products to be delivered and deposited in the invention even being used as a hangar, storage place of an auxiliary means such as a land and / or air drone named with the letter D. C) In the case of not using human personnel for the distribution, delivery, deposit, collection of objects, products, goods to the invention, remote control computer systems, drones for both land, amphibious and / or aerial use in which said apparatus can be used Distribution is introduced, housed inside the letter A transport vehicle and through systems and technologies it is loaded / unloaded of the objects, products or goods from the place of delivery for each user / customer. This vehicle is designed to be able to transport said acquisitions on 1 or several trips and subsequently by means of a lifting, clamping, clamps system, it is able to open the invention electronically and make the deposit / collection of goods, products, objects as classified within of the compartments and sectors of the invention. D) Image of the aerial drone in which it has been transferred from the delivery vehicle and subsequently transported by the auxiliary vehicle and after opening it has made its takeoff and trajectory to reach the invention. E) System of clamps, cranes, pulleys, storage for the aerial drone D to be able to deposit, collect, products, objects, goods to the invention and can be collected in flight both directly to the transport vehicle and / or to the land transport vehicle letter . F) Clamping system, incorporation of security in which it can be attached, attached, adhered, welded to the outer structure of the invention letter H. It is also possible that said clamping system, security by using resistant materials to reduce suppress, annul the movement of the invention letter H for any reason or cause, whether fortuitous, accidental or deliberate, including vandalism and / or criminal acts. Said structure, skeleton by means of fabrics, metals, brooches, chains, bars can also be found in an integrated way within the structures and layers of the invention, letter H, therefore for reasons both aesthetic, design and for hindering external access to said structures. of security being incorporated, introduced inside the letter H and only being able to appreciate the systems of hooks, closures, couplings which are used to screw, couple, hook, hold, fix the whole invention of the letter H a fixed, safe and which precludes or reduces the risk of transfer, displacement, movement, withdrawal, theft, theft, damage of the invention in its location and place of

establishment but not limiting its possibility of change of location by the operator,

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decoupling removed manually, automatically but previously and recommending the deactivation of security measures incorporated externally, comprehensively, whole of the invention. G) System of sensor, receiver, transmitter, charger of the energy transmitted from the letter G in an atmospheric air way in which it allows to partially and / or totally supply, charge batteries of any type and / or origin and even being a support for systems such as solar panels in the case of a decrease in load due to the lack of light or solar radiation, therefore functioning in a complementary way with other means of generating and transmitting energy. H) Drawer, trunk, container, box, container, container which the invention is designed for the location, deposit, collection of any type of good, product and / or object or product deposited and / or delivered inside under measures safety, thermal / climatic protection in the case of perishable and / or delicate products in which climatic changes can affect their quality, composition and integrity. I) System of creation, transmission of energies of any origin and especially and in this case by means of solar panels which can support, supply, make independent the energy systems required for the invention and thus being able in an ecological, environmental way to operate the security, protection, thermal insulation systems of the invention with or without the support of transferred energy, transmitted by cable systems from the residence and / or installation location and even by means of transfer, charge, recharge of energy through the atmosphere . J) Bar code reader system in which simultaneously allows to recognize, number the products, objects acquired, deposited within the invention and even if they were also withdrawn being electronically, computer, communicated to the distributor, customer of the Withdrawal of said product, object of the interior of the invention thus being able to control both the number of objects, products in its deposit and in its withdrawal by means of this system in order to obtain as exact control as possible of the objects deposited and / or removed.

Figure number 12.-Image of the distribution system including auxiliary systems such as land and air drones for the delivery / collection of land / air of goods, products, objects of the invention. A) Tensile extendable system in which it incorporates telematic, thermal, control, media, and signal relay systems, data from letter A to letter H including rotating arm systems, clamps to perform sufficient movements for

deposit and collect objects within the invention and thus being able to avoid the use of the air drone H and image182

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existing or for existing on the restriction of the use of aerial drones for any activity and especially in the distribution and distribution of products. B) Place of location of both the objects, goods and products to be delivered and deposited in the invention even being used as a hangar, storage place of an auxiliary means such as a land and / or air drone named with the letter D. C) In the case of not using human personnel for the distribution, delivery, deposit, collection of objects, products, goods to the invention, remote control computer systems, drones for both land, amphibious and / or aerial use in which said apparatus can be used Distribution is introduced, housed inside the letter A transport vehicle and through systems and technologies it is loaded / unloaded of the objects, products or goods from the place of delivery for each user / customer. This vehicle is designed to be able to transport said acquisitions on 1 or several trips and subsequently by means of a lifting, clamping, clamps system, it is able to open the invention electronically and make the deposit / collection of goods, products, objects as classified within of the compartments and sectors of the invention. D) Image of the aerial drone in which it has been transferred from the delivery vehicle and subsequently transported by the auxiliary vehicle and after opening it has made its takeoff and trajectory to reach the invention. E) System of clamps, cranes, pulleys, storage for the aerial drone D to be able to deposit, collect, products, objects, goods to the invention and can be collected in flight both directly to the transport vehicle and / or to the land transport vehicle letter . F) Clamping system, incorporation of security in which it can be attached, attached, adhered, welded to the outer structure of the invention letter H. It is also possible that said clamping system, security by using resistant materials to reduce suppress, annul the movement of the invention letter H for any reason or cause, whether fortuitous, accidental or deliberate, including vandalism and / or criminal acts. Said structure, skeleton by means of fabrics, metals, brooches, chains, bars can also be found in an integrated way within the structures and layers of the invention, letter H, therefore for reasons both aesthetic, design and for hindering external access to said structures. of security being incorporated, introduced inside the letter H and only being able to appreciate the systems of hooks, closures, couplings which are used to screw, couple, hook, hold, fix the whole invention of the letter H a fixed, safe and which precludes or reduces the risk of transfer, displacement, movement, withdrawal, theft, theft, damage of the invention in its location and place of establishment but not limiting its possibility of change of location by the operator, user, customer, owner to others places if it were the case by means of the disengagement, deactivation of the security measures incorporated in an external, integral, whole way of the invention. G) System of sensor, receiver, transmitter, charger of the energy transmitted from the letter G in an atmospheric air way in which it allows to partially and / or totally supply, charge batteries of any type and / or origin and even being a support for systems such as solar panels in the case of a decrease in load due to the lack of light or solar radiation, therefore functioning in a complementary way with other means of generating and transmitting energy. H) Drawer, trunk, container, box, container, container which the invention is designed for the location, deposit, collection of any type of good, product and / or object or product deposited and / or delivered inside under measures safety, thermal / climatic protection in the case of perishable and / or delicate products in which climatic changes can affect their quality, composition and integrity. I) System of creation, transmission of energies of any origin and especially and in this case by means of solar panels which can support, supply, make independent the energy systems required for the invention and thus being able in an ecological, environmental way to operate the security, protection, thermal insulation systems of the invention with or without the support of transferred energy, transmitted by cable systems from the residence and / or installation location and even by means of transfer, charge, recharge of energy through the atmosphere . J) Bar code reader system in which simultaneously allows to recognize, number the products, objects acquired, deposited within the invention and even if they were also withdrawn being electronically, computer, communicated to the distributor, customer of the Withdrawal of said product, object of the interior of the invention thus being able to control both the number of objects, products in its deposit and in its withdrawal by means of this system in order to obtain as exact control as possible of the objects deposited and / or withdrawn.

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Figure number 13.-Image of the distribution system including auxiliary systems such as land and air drones for the delivery / collection of land / air of goods, products, objects of the invention. A) Telescopic extendable system in which it incorporates telematic, thermal, control, media, and signal relay systems, data from letter A to letter H including rotating arm systems, tweezers to perform sufficient movements to deposit and collect objects within the invention and thus being able to avoid the use of the existing and existing air drone or by existing on the restriction of the use of aerial drones for any activity and especially in the distribution and distribution of products. B) Place of location of both the objects, goods and products to be delivered and deposited in the invention even being used as a hangar, storage place of an auxiliary means such as a land and / or air drone named with the letter D. C) In the case of not using human personnel for the distribution, delivery, deposit, collection of objects, products, goods to the invention, remote control computer systems, drones for both land, amphibious and / or aerial use in which said apparatus can be used Distribution is introduced, housed inside the letter A transport vehicle and through systems and technologies it is loaded / unloaded of the objects, products or goods from the place of delivery for each user / customer. This vehicle is designed to be able to transport said acquisitions on 1 or several trips and subsequently by means of a lifting, clamping, clamps system, it is able to open the invention electronically and make the deposit / collection of goods, products, objects as classified within of the compartments and sectors of the invention. D) Clamping system, incorporation of security in which it can be attached, attached, adhered, welded to the outer structure of the invention letter G. It is also possible that said clamping system, security by using resistant materials to reduce suppress, annul the movement of the invention letter G for any reason or cause both fortuitous, accidental or deliberate including vandalism and / or criminal acts. Said structure, skeleton by means of fabrics, metals, brooches, chains, bars can also be found in an integrated manner within the structures and layers of the invention, letter G, therefore for reasons both aesthetic, design and for hindering external access to said structures. of security being incorporated, introduced inside the letter G and only being able to appreciate the systems of hooks, closures, couplings which are used to screw, couple, hook, hold, fix the whole invention of the letter G in a fixed, safe and secure place. which precludes or reduces the risk of transfer, displacement, movement, withdrawal, theft, theft, damage of the invention in its location and place of establishment but not limiting its possibility of change of location by the operator, user, customer, owner to others places if it were the case by disengagement, decoupling removed manually, automatically but previously and recommending deactivation of the security measures incorporated externally, comprehensively, whole of the invention. E) System of sensor, receiver, transmitter, charger of the airborne airborne energy in which it allows to partially and / or totally supply, charge batteries of any type and / or origin and even being a support for systems such as solar panels in the complementary way with other means of generation and transmission of energy. F) System of creation, transmission of energies of any origin and especially and in this case by means of solar panels which can support, supply, make independent the energy systems required for the invention and thus being able to operate the environmentally, environmentally. security, protection, thermal insulation systems of the invention with or without the support of transferred energy, transmitted by cable systems from the residence and / or installation location and even by means of transfer, charge, recharge of energy through the atmosphere . G) Drawer, trunk, container, box, container, container which the invention is designed for the location, deposit, collection of any type of good, product and / or object or product deposited and / or delivered inside under measures safety, thermal / climatic protection in the case of perishable and / or delicate products in which climatic changes can affect their quality, composition and integrity.

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Figure number 14.-Image of the distribution system including auxiliary systems such as land and air drones for the delivery / collection of land / air of goods, products, objects of the invention. A) Telescopic extendable system in which it incorporates telematic, thermal, control, media, and signal relay systems, data from letter A to letter H including rotating arm systems, tweezers to perform sufficient movements to deposit and collect objects within the invention and thus being able to avoid the use of the air drone H and thus facilitate deliveries and making them all by land and thus avoiding any existing legislation or for existing on the restriction of the use of aerial drones for any activity and especially in the distribution and product distribution. B) Place of location of both the objects, goods and products to be delivered and deposited in the invention even being used as a hangar, storage place of an auxiliary means such as a land and / or air drone named with the letter D. C) In the case of not using human personnel for the distribution, delivery, deposit, collection of objects, products, goods to the invention, remote control computer systems, drones for both land, amphibious and / or aerial use in which said apparatus can be used Distribution is introduced, housed inside the letter A transport vehicle and through systems and technologies it is loaded / unloaded of the objects, products or goods from the place of delivery for each user / customer. This vehicle is designed to be able to transport said invention in one or several trips via telematics and carry out the deposit / collection of goods, products, objects as classified within the compartments and sectors of the invention. D) Clamping system, incorporation of security in which it can be attached, attached, adhered, welded to the outer structure of the invention letter G. It is also possible that said clamping system, security by using resistant materials to reduce suppress, annul the movement of the invention letter G for any reason or cause both fortuitous, accidental or deliberate including vandalism and / or criminal acts. Said structure, skeleton by means of fabrics, metals, brooches, chains, bars can also be found in an integrated manner within the structures and layers of the invention, letter G, therefore for reasons both aesthetic, design and for hindering external access to said structures. of security being incorporated, introduced inside the letter G and only being able to appreciate the systems of hooks, closures, couplings which are used to screw, couple, hook, hold, fix the whole invention of the letter G in a fixed, safe and secure place. which precludes or reduces the risk of transfer, displacement, movement, withdrawal, theft, theft, damage of the invention in its location and place of establishment but not limiting its possibility of change of location by the operator, user, customer, owner to others places if it were the case by disengagement, decoupling removed manually, automatically but previously and recommending deactivation of the security measures incorporated externally, comprehensively, whole of the invention. E) System of sensor, receiver, transmitter, charger of the airborne airborne energy in which it allows to partially and / or totally supply, charge batteries of any type and / or origin and even being a support for systems such as solar panels in the case of a decrease in load due to the lack of light or solar radiation therefore functioning in a complementary way with other means of generating and transmitting energy. F) System of creation, transmission of energies of any origin and especially and in this case by means of solar panels which can support, supply, make independent the energy systems required for the invention and thus being able to operate the environmentally, environmentally. security, protection, thermal insulation systems of the invention with or without the support of transferred energy, transmitted by cable systems from the residence and / or installation location and even by means of transfer, charge, recharge of energy through the atmosphere . G) Drawer, trunk, container, box, container, container which the invention is designed for the location, deposit, collection of any type of good, product and / or object or product

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deposited and / or delivered inside under security measures, protection image192

Climate conditions can affect their quality, composition and integrity.

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Figure number 15.-View of the protection, storage, climate / thermal control system of a box, drawer, trunk, container, container, container, with a circular shape, for the use of storing, depositing, collecting objects, goods, products of any type and / or origin and even to be used in a telematic, computer, robotic way, by drone for the commercial, industrial, private sector and especially for the distribution industry.

Figure number 16.-View of the protection, storage, climate / thermal control system of a box, drawer, trunk, container, container, container, with an open circular shape, for the use of storing, depositing, collecting objects, goods, products of any type and / or origin and even to be used telematically, informatically, robotically, by drone for the commercial, industrial, private sector and especially for the distribution industry.

Figure number 17.-View of the protection, storage, climate / thermal control system of a box, drawer, trunk, container, container, container, with pyramid shape, for the use of storing, depositing, collecting objects, goods, products of any type and / or origin and even to be used in a telematic, computer, robotic way, by drone for the commercial, industrial, private sector and especially for the distribution industry.

Figure number 18.-View of the protection, storage, climate / thermal control system of a box, drawer, trunk, container, container, container, with open pyramidal shape, for the use of storing, depositing, collecting objects, goods, products of any type and / or origin and even to be used telematically, informatically, robotically, by drone for the commercial, industrial, private sector and especially for the distribution industry.

Figure number 19.-View of the protection, storage, climate / thermal control system of a box, drawer, trunk, container, container, container, prism-shaped with lateral hooks, for the use of storing, depositing, collecting objects, goods, products of any type and / or origin and even to be used telematically, informatically, robotically, by drone for the commercial, industrial, private sector and especially for the distribution industry.

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of a box, drawer, trunk, container, container, container, in the form of an open prism, for the use of storing, depositing, collecting objects, goods, products of any type and / or origin and even to be used electronically, computer, robotics, drone for the commercial, industrial, private sector and especially for the distribution industry.

Figure number 21.-View of the protection, storage, climate / thermal control system of a box, drawer, trunk, container, container, container, prism-shaped with lower hooks, for the use of storing, depositing, collecting objects, goods, products of any type and / or origin and even to be used telematically, informatically, robotically, by drone for the commercial, industrial, private sector and especially for the distribution industry.

Figure number 22.-Corresponds to a plan view of a sheet of the material used in the invention corresponding to suppression, reduction and inhibitor sheets, reducing the speed of propagation of wave type in any type of fluid.

Figure number 23.-Shows an elevated side view taken in cross section of the object reflected in figure number 22.

Figure number 24.-Corresponds to an upper plane of a perforated sheet of the invention.

Figure number 25.-Shows a side elevation view of the object reflected in figure number

24.

Figure number 26. - Reflects a side view in longitudinal section of the object represented in figure number 24.

Figure number 27.-Shows an upper plane of an expanded and perforated sheet of the material used in the invention.

Figure number 28. - Represents an elevated side view in cross section of the object shown in figure number 27.

Figure number 29.-Corresponds to an enlarged top view of a portion of the object represented in figure number 28.

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of the object reflected in figure number 29.

Figure number 31.-Corresponds to a plane of the top view of a corrugated sheet, expanded and perforated of the material used in the invention.

Figure number 32. - Reflects an elevated side view taken in cross section of the object represented in figure number 31.

Figure number 33.-Corresponds to an elevated side view taken in cross section of the object shown in figure number 31.

Figure number 34. - Finally represents an elevated side view of a spheroidal shape made in accordance with the alloy body. Expanded and perforated blade of the alloy body.

Figure number 35.-Front image of the automatic setpoint device with ecological technology

A. Fixed and / or rotating support covered with photoelectric / solar cells to be able to hold / lift a wind turbine system both in places on its body and in the upper part of said wind turbine / support.

B. Rotating propeller / wind turbine system with angularly variable rotation means according to weather conditions.

C. Fixed / mobile screen of one or multiple faces to be able to retransmit any type of image, projection, advertisement, ... being able to be and / or also be used as a platform for the location of photovoltaic / solar cells.

D. Adaptive height support coated with photovoltaic / solar cells.

E. Zone for the location of photovoltaic media.

F. Photovoltaic solar panels.

G. Security cameras front, rear, 360º.

H. Fixed / movable screen with a physical protection function, weather awning, roof,…

I. Body of the storage area, storage, sections for placement, storage, storage, storage, collection, protection of products inside.

J. Storage area with large-sized refrigerating / freezer properties.

K. Storage area with temperature control properties,

Large size fridge / freezer.

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M. Anti vandalism protective screen.

N. Storage area with medium-sized refrigerator / freezer properties.

O. Storage area with medium-sized refrigerator / freezer properties.

P. Storage area without temperature control.

Q. Cashier screen.

R. Telecommunications antenna.

S. Bottom brackets of the device.

Indication of the way in which the invention is susceptible of industrial application.

The invention consists of a box, container, container, trunk, integral logistic security drawer for delivery, storage, storage, delivery, physical protection, weather protection, anti-theft, anti-vandalism, collection of objects, goods, food, parcels , mail, courier, objects, purchases, returns delivered / collected manually, automatically, robotically, by means of the invention, transport, distribution such as those used in land, air, amphibian, drones with technological combinations of various systems, technologies for carry out this main activity of delivery / collection, quality control of delivery, protection of the weather-thermal-insulating state of said types of acquisitions, purchases, deliveries / collections of goods / objects, in its warehouse, distribution, distribution and / or its storage, etc.

It includes the partial, total control of said deposits, containers, trunks, boxes, drawers, containers visually, acoustically, movement, security, weather, anti-theft, vandal-proof and / or delivery control systems, recharge by means of transmission, recharge of energies via atmospheres, cables, terrestrial wireless, aerial, by wifi, telematic, by cable, load by physical approach, energy transmission, by climatic changes, chemical conversions, plates, panels, solar textiles, by electric current , delivery, distribution of energy by means of renewable energy charging systems of any origin, transport, loading / unloading, transformation and including in a landing place, territorial stop, takeoff, unloading, in the rest-deposit position of purchases, acquisitions , air, land delivery for the deposit, delivery, collection of these security, besides being able to be recharged of energy these transport systems, distribution even and not limited to those of the robotic type, drones with technologies and communication systems, control, data transmission, artificial intelligence via satellite, GPS, GMS, wifi, existing telecommunications systems and existing , not being limited its use, creation, design, manufacturing with the combination of said systems for this use, application, incorporation with existing technologies and / or for existing in the future with reference to these automatic, telematic, robotic, drones systems aerial, terrestrial, amphibious, by drag-aerial / terrestrial hovercraft type to carry out the delivery / collection of said goods in a safe, timely, effective, pragmatic, safe, effective way, with the maximum safety of both the means of transport, system of Delivery as the container, drawer, trunk, security container of this invention thus protecting the goods, products, objects against r obos, vandalism, climatic changes such as the physical contact of said invention with inclement weather, storms, rain, snow, wind, high temperatures, changing, extreme, humidity, 15 floods, weather changes, etc.

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twenty

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Claims (79)

image 1 1. Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of warehouses, with climate control systems, refrigerator, freezer, air conditioning and with protective, security and telematic measures, characterized in that it has: -A structure with a special nano-technological fabric with physical protection properties with at least one non-woven layer comprising short para-aramid fibers, nano textiles, polymers. -A main body endowed with a modular piece of furniture with several storage sections, warehouses for goods, purchases, purchases, returns, parcel returns, couriers, postcards, mailboxes, boxes. -A housing with control system for opening, closing, storage, use control of the storage area, protection, location, storage of the goods, parcels. With sensors, analyzers, controllers. -A sections, zones, capsules, sectors, divisions, with temperature controller, positive and negative, refrigerated, freezers, document identifiers, cashier, with security controls. -An operating system equipped with computer software systems and with high security algorithmic encryption means, telematic means, communication, operability, broadcast, reception, retransmission, verification, validation and control. -An own and / or alternative frequencies, via satellite, via analog, digital, GPS, GMS. -A microprocessors for the control and operation of the opening and closing system. -A communication systems by cables, analog, digital, Wi-Fi, GMS, GPS, satellite systems integrated in encrypted operating systems of codes for operability. - A protective screen for parcel slogans, intended to be placed in front of the front of a visual / sound / touch screen, cashier covering the entire screen of the latter.

2.

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposit, with control systems

have a structure with a weight from about 250 g / m2 to 2,500 g / m2.

3.

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposits, with climate control systems, refrigerator, freezer, climate control and with protective, safety and telematic measures, according to claims previous, characterized by having a structure where the first protective layer is about 2cm wide x 3cm long and joining the next one exposing a surface of about 2cm x 2cm being the remaining 1cm long below the “piece, scale, design of shield ”at the bottom / front creating a type of protective mesh.

Four.

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposits, with climate control systems, refrigerator, freezer, climate control and with protective, safety and telematic measures, according to claims previous, characterized by having a structure that can dampen in all directions and especially exponentially / externally / outwards a blow, penetration, bullet impact and said impact being reduced to a blow of little physical impact, reduction and expansive braking allowing the user not to suffer internal damage due to such blow, penetration, impact of large-caliber firearms including the 0.50 caliber and / or the AK47, penetrating bullets, incendiary, etc.

5.

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposits, with climate control systems, refrigerator, freezer, climate control and with protective, safety and telematic measures, according to claims above, characterized in that the structure has a thickness from about 0.200 cm to about 7.25 cm, preferably 0.0500 cm to about 5.03 cm.

6.

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, distribution and delivery of deposits, with climate control systems, refrigerator, freezer, air conditioning and with protectors, security and telematics, characterized in that the structure

grams per denier (13.5 g / decitex) and a tensile modulus of at least about 200-400 grams per denier (360 g / decitex).

7.

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposits, with climate control systems, refrigerator, freezer, climate control and with protective, safety and telematic measures, according to claims above, characterized in that the structure is made up of a fabric, material with a non-woven layer is interwoven with the woven layer by needle drilling, welding, sewing, bonding with adhesives, by heating, etc.

8.

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposits, with climate control systems, refrigerator, freezer, climate control and with protective, safety and telematic measures, according to claims above, characterized in that the structure is made up of a fabric, material with a woven layer comprising unidirectional quality fibers.

9.

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposits, with climate control systems, refrigerator, freezer, climate control and with protective, safety and telematic measures, according to claims above, characterized in that the structure is formed by a fabric, material and at least one non-woven layer comprises bulletproof quality fibers.

10.

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposits, with climate control systems, refrigerator, freezer, climate control and with protective, safety and telematic measures, according to claims above, characterized in that the structure is made up of a fabric, a material that comprises a series of layers of cables, textiles, nano-technological fabrics of unidirectional and / or directional organic and / or inorganic origin, combined, between sewn, mixed quality fibers bullets placed transversely at angles of 44º -90º degrees.

image2 image3 image4 image5 image6 image7 Acquisitions, storage, distribution and delivery of deposits, with climate control systems, refrigerator, freezer, air conditioning and with protective, safety and telematic measures, according to previous claims, characterized in that it is made up of a fabric, protective material comprising also a waterproof coating.

12.

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposits, with climate control systems, refrigerator, freezer, climate control and with protective, safety and telematic measures, according to claims previous, characterized in that it is made up of a fabric, a protective material that has a reduced thickness by calendering.

13.

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposits, with climate control systems, refrigerator, freezer, climate control and with protective, safety and telematic measures, according to claims previous, characterized by having in the structure a reader that comprises a first technology unit configured to analyze a first type of access credentials, the first technology unit being configured to automatically read the data of a card.

14.

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposits, with climate control systems, refrigerator, freezer, climate control and with protective, safety and telematic measures, according to claims previous, characterized by having in the structure a reader comprising a first technology unit configured to analyze a first type of access credentials, a second technology unit configured to analyze a second type of access credentials being configured; which has a mounting bracket configured to receive the first and second technology units in a plurality of orientations, such that when the second technology unit is mounted in a first orientation, the first technology unit is adjacent to a first side of the second technology unit, and when the second technology unit is mounted on a

The second technology unit.

fifteen.

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposits, with climate control systems, refrigerator, freezer, climate control and with protective, safety and telematic measures, according to claims previous, characterized by having in the structure a reader in which the second technology unit is configured to receive at least one of some machine-readable credentials and credentials provided by the user.

16.

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposits, with climate control systems, refrigerator, freezer, climate control and with protective, safety and telematic measures, according to claims previous, characterized by having in the structure a reader in which the technology used by the first technology unit is different from the technology used by the second technology unit, in which the first technology unit is configured to analyze at least one of some magnetic stripe credentials, credentials even by incorporating them into fabrics, alpha-numerical security systems, hologram, telephone, smartphone, iris, breath, fingerprints, voice, tattoos, bar codes, brands , codes in organic and / or inorganic fabrics, bracelets with even detection systems With confirmation of use via Wi-Fi, wireless connection, RF credentials, contact credentials, contactless credentials, proximity credentials, smart card credentials and barcode credentials, and in which the The second technology unit is configured to analyze at least one of the magnetic stripe credentials, Wiegand credentials, RF credentials, contact credentials, contactless credentials, proximity credentials, smart card credentials, some barcode credentials, password credentials and biometric credentials.

17.

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposit, with control systems

image8 image9 of climatological temperatures, refrigerator, freezer, air conditioner and with measures image10 image11 by having in the structure a reader that is capable of performing a factor authentication without limit.

18.

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposits, with climate control systems, refrigerator, freezer, climate control and with protective, safety and telematic measures, according to claims previous, characterized by having in the structure a reader in which at least one of the first and second technology units forms a single piece with the mounting bracket, or in which at least one of the first and second Technology units can be selectively disassembled from the mounting bracket.

19.

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposits, with climate control systems, refrigerator, freezer, climate control and with protective, safety and telematic measures, according to claims characterized by having in the structure a reader comprising a plurality of screw brackets adapted to fix said at least one technology unit selectively removable to the mounting bracket, in which the plurality of screw brackets are symmetrically located in the Mounting bracket with respect to the first and second axes (H and V) of said at least one selectively removable technology unit.

twenty.

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposits, with climate control systems, refrigerator, freezer, climate control and with protective, safety and telematic measures, according to claims characterized by having in the structure a reader comprising at least one hook adapted to retain said at least one unit of technology selectively removable in the mounting bracket, said at least one hook being located along minus one side of the mounting bracket.

twenty-one.

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposits, with climate control systems, refrigerator, freezer, air conditioning and

in a reader comprising at least one slide adapted to align said at least one selectively removable technology unit with the mounting bracket, said at least one sliding rail being placed along at least one side of the mounting bracket that does not have said at least one hook.

22

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposits, with climate control systems, refrigerator, freezer, climate control and with protective, safety and telematic measures, according to claims above, characterized by having in the structure a reader comprising a plurality of mounting slots configured to fix the reader to at least one structure or surface, the plurality of mounting slots being oriented in a plurality of directions.

2. 3.

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposits, with climate control systems, refrigerator, freezer, climate control and with protective, safety and telematic measures, according to claims above, characterized by having in the structure a reader comprising a recess placed to receive a portion of said at least one selectively removable technology unit.

24.

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposits, with climate control systems, refrigerator, freezer, climate control and with protective, safety and telematic measures, according to claims characterized by having in the structure a reader that also comprises a feature activator fixed to the mounting bracket, in which the feature activator is adapted to connect to said at least one selectively removable technology unit, in which the feature activator is placed in the mounting bracket, so that it is symmetrical with respect to the first and second axes (H and V) of said at least one selectively removable technology unit, such that, depending on the orientation of said at least one selectively removable technology unit, the character activator ristics is in connection with said at least one unit of

image12 image13 selectively removable technology, in which the first and second axes are oriented image14 image15 that, when the feature activator is in connection with said at least one selectively removable technology unit, said at least one selectively removable technology unit is activated and, when the feature activator is not in connection with said at least a selectively removable technology unit, said at least one selectively removable technology unit is deactivated, wherein the feature activator comprises a plurality of anti-manipulation projections, wherein the plurality of anti-manipulation projections are configured such that , when said at least one selectively removable technology unit is connected to the mounting bracket, one of the plurality of anti-tampering projections is connected to an anti-tamper switch of said at least one selectively removable technology unit.

25.

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposits, with climate control systems, refrigerator, freezer, climate control and with protective, safety and telematic measures, according to claims above, characterized by having a reader in the structure where the feature file can be selectively removed from the mounting bracket, and in which the feature activator can be oriented between two positions, so that the mounting bracket can be operated to receiving said at least one selectively removable technology unit in several relative orientations.

26.

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposits, with climate control systems, refrigerator, freezer, climate control and with protective, safety and telematic measures, according to claims previous, characterized by having in the structure a reader that also comprises a step between the first and second technology units, such that the first and second technology units establish a functional communication and, in which the step comprises a recess for receive a wired connection and a cable retainer to fix the wire connection, or in which the step comprises a wireless communication link.

27.

Box, container, container, trunk, drawer, automated logistics terminal, of

procurement, storage, delivery and delivery of deposits, with control systems image16 image17 protective, security and telematic, according to previous claims, characterized in that the structure has a reader in which the first technology unit communicates with the second technology unit by at least one of a wire connection, a wireless connection , an optical connection, an RF connection and a Bluetooth connection.

28.

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposits, with climate control systems, refrigerator, freezer, climate control and with protective, safety and telematic measures, according to claims above, characterized by having in the structure a reader in which at least one of the first and second technology units comprises a light source to provide feedback to a user.

29.

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposits, with climate control systems, refrigerator, freezer, climate control and with protective, safety and telematic measures, according to claims previous, characterized by having in the structure a reader that also includes a third technology unit configured to receive a third type of access credentials including via internet, wifi, atmospheric, wireless, frequencies, electrical, electromagnetic pulsations and in which At least one of the first, second and third technology units forms a single piece with the mounting bracket.

30

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposits, with climate control systems, refrigerator, freezer, climate control and with protective, safety and telematic measures, according to claims previous, characterized by having in the structure a reader that has a transition access control system.

31.

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposits, with climate control systems, refrigerator, freezer, climate control and with measures

by having in the structure a reader having a transition access control system according to claim 30, wherein the mounting bracket comprises a feature activator that is connected to a receiver associated with at least one of the plurality of technology units, wherein the feature activator comprises multiple elements that are symmetrically located on the mounting bracket with respect to the first and second axes of at least one of the plurality of technology units, such that the connection is independently of the orientation of said at least one of the plurality of technology, and in which the feature activator can be selectively removed from the mounting bracket, can be reoriented and re-coupled with the mounting bracket to connect with said At least one technology unit redirected in a different position with respect to the mounting bracket.

32

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposits, with climate control systems, refrigerator, freezer, climate control and with protective, safety and telematic measures, according to claims above, characterized by having in the structure a reader comprising the following steps: removing the first technology unit placed in a first orientation with respect to a user of the mounting bracket; Reorient the mounting bracket; and re-couple the first technology unit with the mounting bracket in the same orientation as the first orientation with respect to a user.

33.

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposits, with climate control systems, refrigerator, freezer, climate control and with protective, safety and telematic measures, according to claims above, characterized by having in the structure a reader comprising a procedure in which the second technology unit forms a single piece with the mounting plate.

3. 4.

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposits, with climate control systems, refrigerator, freezer, climate control and with protective, safety and telematic measures, according to claims previous, characterized

re-coupled with the mounting bracket, it is placed in an orientation with respect to the mounting bracket different from the one it had before it was removed.

35

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposits, with climate control systems, refrigerator, freezer, climate control and with protective, safety and telematic measures, according to claims above, characterized by having in the structure a reader that also comprises the following steps: removing a feature activator from the mounting bracket; reorient the feature trigger; and re-couple the feature activator with the mounting bracket.

36.

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposits, with climate control systems, refrigerator, freezer, climate control and with protective, safety and telematic measures, according to claims above, characterized by having perforated material fabrics in the structure, which are provided by at least one arch of a plurality of polygonal openings, and at least one of those polygonal openings is irregular with respect to at least one contiguous polygonal opening and which they have a surface area per unit volume of about 3,200 times the contact surface of the flammable fluids that are found and have a heat conduction capacity of at least about 0.021 Cal / cm-sec.

37.

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposits, with climate control systems, refrigerator, freezer, climate control and with protective, safety and telematic measures, according to claims previous, characterized by having in the structure tissues where the inner perimeter length of at least one of these openings is different from the perimeter length of at least one contiguous opening.

38.

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposits, with climate control systems, refrigerator, freezer, climate control and with measures

have in the structure some fabrics and their incorporation, mixing, application in all types of materials, textiles, construction, minerals, protection and safety, where the material has a density ranging from 2.8 g / cm3 to around 19, 5 g / cm3.

39.

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, distribution and delivery of deposits, with climate control systems, refrigerator, freezer, air conditioning and with protective, safety and telematic measures, according to Claim 38, characterized in that the structure has fabrics and their incorporation, mixing, application in all types of materials, textiles, construction, minerals, protection and safety, where it has a spherical or cylindrical shape.

40

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposits, with climate control systems, refrigerator, freezer, climate control and with protective, safety and telematic measures, according to claim 39, characterized by having in the structure some fabrics and their incorporation, mixing, application in all types of materials, textiles, construction, minerals, protection and safety, where the sheet

image18 image19 image20 image21 or sheets have a compression field not exceeding 8%.

41.

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposits, with climate control systems, refrigerator, freezer, climate control and with protective, safety and telematic measures, according to claim 40, characterized by having in the structure some fabrics and their incorporation, mixing, application in all types of materials, textiles, construction, minerals, protection and safety, where it has a weight is less than 35 grams per liter of the alloy body .

42

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposits, with climate control systems, refrigerator, freezer, climate control and with protective, safety and telematic measures, according to claim 41, characterized by having in the structure fabrics that can have many shapes and forms in terms of design, material, mineral, metal, organic, inorganic, nano technological manufacturing

43

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposits, with climate control systems, refrigerator, freezer, climate control and with protective, safety and telematic measures, according to claim 42, characterized by having in the structure fabrics that entail the increase of the alloy in its design and of the materials used and installed that act as galvanic and antistatic anode.

44.

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposits, with climate control systems, refrigerator, freezer, climate control and with protective, safety and telematic measures, according to claims previous, characterized by having in the structure some fabrics that make up a structure / partitions and / or enclosures for the protection against fire of objects, places or things, also constituting a means of thermal and / or acoustic insulation and an anti-fire barrier , which has a moldable body for adaptation to the shape and structure of the element to be protected, whether an object, place or similar, said body being materialized in plaster, plaster or similar material, incorporating in its breast and in an embedded way, the less, a fine aluminum mesh located in correspondence with the general plane of the body.

Four. Five.

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposits, with climate control systems, refrigerator, freezer, climate control and with protective, safety and telematic measures, according to claims previous, characterized by having in the structure some fabrics in which two or more aluminum meshes are embedded within the body of the plaster material, plaster or similar, they go, in variable number depending on the level of fire insulation provided for the panel / partition itself.

46.

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposit, with control systems

image22 image23 of climatological temperatures, refrigerator, freezer, air conditioner and with image24 image25 for having in the structure tissues that have a high coefficient of thermal transmission and are constituted by a die-cut sheet, which by deformation or extension thereof becomes hexagonal reticles, with a three-dimensional structure, in which the constituent sides of the grid are located in correspondence with imaginary planes perpendicular to the general plane of the mesh.

47

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposits, with climate control systems, refrigerator, freezer, climate control and with protective, safety and telematic measures, according to claims previous, characterized in that the screen that forms it constitutes from a roller blind on a pivot axis mounted inside a box with front opening door, said box presenting a length equal to that of the screen itself in which apply, while the curtain in the unfolded position covers the front of the screen, said curtain being provided with a safety, accident prevention, advertising and decorative motif.

48.

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposits, with climate control systems, refrigerator, freezer, climate control and with protective, safety and telematic measures, according to claims above, characterized in that the winding / unwinding axis of the curtain with the protective motif is related to a motor, operating system for driving said axis for winding / unwinding the curtain, said motor being capable of being driven through a external access code, message, numerical alpha code, fingerprint, breath, iris of the eye, voice, acoustic signal, physical, movement, wifi, sms, visual medium, remote medium, signals via wifi, telecommunication media included via satellite, analog , digital, terrestrial and telepathic.

49.

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposits, with climate control systems, refrigerator, freezer, climate control and with protective, safety and telematic measures, according to claims anterior, characterized in that the box presents frontally, laterally, subsequently, superiorly a

interchangeability of the shaft with the curtain and its protective motif.

fifty.

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposits, with climate control systems, refrigerator, freezer, climate control and with protective, safety and telematic measures, according to claims above, characterized in that the curtain carrying case with the safety motif has fixing means on the upper part of the operating screen in which it is applied.

51.

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposits, with climate control systems, refrigerator, freezer, climate control and with protective, safety and telematic measures, according to claims previous, characterized in that the box is integrated in the upper part of the body of the emitter screen

52

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposits, with climate control systems, refrigerator, freezer, climate control and with protective, safety and telematic measures, according to claims above, characterized in that the curtain's protective motif may be part of it or be an applicable or printable motif by the screen owner himself.

53.

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposits, with climate control systems, refrigerator, freezer, climate control and with protective, safety and telematic measures, according to claims above, characterized in that optional guides are included on the ends of the box, which are integrated into the frame of the screen, to form a guiding means and corresponding alignment of the curtain with the screen itself and the action of the unwinding of said curtain.

54

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposit, with control systems

protective, safety and telematic, according to previous claims, characterized in that it is constituted from a sliding curtain of plastic, metal, weather protection material, safety, vandalism protection on a guides mounted inside a box with door front opening, said guide having a length equal to that of the screen itself on which it is applied, while the screen in the unfolded position covers the front of the screen, said screen being provided with a security, accident prevention, medium of protection, climate, anti-vandalism, advertising and decorative.

55.

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposits, with climate control systems, refrigerator, freezer, climate control and with protective, safety and telematic measures, according to claim 54, characterized in that the winding / unwinding axis of the curtain with the protective motif is related to a motor, operating system for driving said axis for winding / unwinding the curtain, said motor being capable of being driven through a external access code, message, numerical alpha code, fingerprint, breath, iris of the eye, voice, acoustic signal, physical, movement, wifi, sms, visual medium, remote medium, signals via wifi, telecommunication media included via satellite, analog , digital, terrestrial and telepathic.

56.

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposits, with climate control systems, refrigerator, freezer, climate control and with protective, safety and telematic measures, according to claims previous, characterized in that the box presents frontally, laterally, superiorly and subsequently a door, practicable access, whose opening allows the disassembly and corresponding interchangeability of the operating system, guides with the screen and its protective motif.

57.

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposits, with climate control systems, refrigerator, freezer, climate control and with protective, safety and telematic measures, according to claims previous, characterized

fixing means on top of the screen on which it is applied.

58.

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposits, with climate control systems, refrigerator, freezer, climate control and with protective, safety and telematic measures, according to claims 54, 55, 56, characterized in that the box is integrated in the upper part of the body of the emitter screen.

59.

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposits, with climate control systems, refrigerator, freezer, climate control and with protective, safety and telematic measures, according to claims above, characterized in that the screen's protective motif may be part of it or be an applicable or printable motive by the owner of the screen-issuer itself.

60

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposits, with climate control systems, refrigerator, freezer, climate control and with protective, safety and telematic measures, according to claims 54, 55, 56, above, characterized in that the box is integrated in the upper part of the body of the screen-emitter.

61.

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposits, with climate control systems, refrigerator, freezer, climate control and with protective, safety and telematic measures, according to claims above, characterized in that the curtain's protective motif may be part of it or be an applicable or printable motif by the screen owner himself.

62

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposits, with climate control systems, refrigerator, freezer, climate control and with protective, safety and telematic measures, according to claims previous, characterized image26

guiding means and corresponding alignment of the protective screen with the device screen itself, in the lifting, deployment, collection of said protective screen.

63.

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposits, with climate control systems, refrigerator, freezer, climate control and with protective, safety and telematic measures, according to claims above, characterized in that it comprises fixed to its upper end zone a vertical axis wind turbine that integrates a rotor arranged to rotate with respect to said axis and provided with a central body and a plurality of blades connected to said central body, with the axis of rotation of the rotor coaxially aligned with said mast, said wind turbine being capable of feeding with electric power through an adapter said advertising screen and / or discharging the energy captured in an electric power distribution network for other parts and / or operating means of the invention.

64.

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposits, with climate control systems, refrigerator, freezer, climate control and with protective, safety and telematic measures, according to claims above, characterized in that said screen that is at least one is a digital LED, satellite, digital, analog, electronic, and / or electric screen.

65

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposits, with climate control systems, refrigerator, freezer, climate control and with protective, safety and telematic measures, according to claims previous, characterized in that it comprises two equal screens, facing each other, side and side of the mast, in opposition.

66.

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, distribution and delivery of deposits, with climate control systems, refrigerator, freezer, air conditioning and with

of said post forming a closed circuit.

67.

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposits, with climate control systems, refrigerator, freezer, climate control and with protective, safety and telematic measures, according to claims above, characterized in that said screens extend along a cylindrical surface.

68.

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposits, with climate control systems, refrigerator, freezer, climate control and with protective, safety and telematic measures, according to claims above, characterized in that next to the base of the pole the provision of at least one plug point, or socket for charging one, several electric vehicles, appliances and electrical systems has been provided.

69.

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposits, with climate control systems, refrigerator, freezer, climate control and with protective, safety and telematic measures, according to claims previous, characterized in that it comprises fixed to its area at the base, support surface, around, roof, sides of the invention, supports, masts, solar panels that integrates a device capable of supplying electric power through an adapter said advertising screen and / or to discharge the energy captured in an electric power distribution network.

70.

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposits, with climate control systems, refrigerator, freezer, climate control and with protective, safety and telematic measures, according to claims above, characterized in that said screen that is at least one is a digital LED, satellite, digital, analog, electronic, and / or electric screen.

image27 image28 image29 image30 image31 image32 image33 image34 image35 image36 image37 Acquisitions, storage, distribution and delivery of deposits, with climate control systems, refrigerator, freezer, air conditioning and with protective, safety and telematic measures, according to previous claims, characterized in that it comprises two equal screens, facing, side and side of the mast, in opposition.

72.

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposits, with climate control systems, refrigerator, freezer, climate control and with protective, safety and telematic measures, according to claims previous, characterized in that it comprises three or more screens arranged linked by its ends around said post forming a closed circuit.

73

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposits, with climate control systems, refrigerator, freezer, climate control and with protective, safety and telematic measures, according to claims above, characterized in that said screens extend along a cylindrical, triangular, square, curved surface.

74.

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposits, with climate control systems, refrigerator, freezer, climate control and with protective, safety and telematic measures, according to claims above, characterized in that next to the base of the pole the provision of at least one plug point, or socket for charging one, several electric vehicles, appliances and / or electrical systems has been provided.

75.

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposits, with climate control systems, refrigerator, freezer, climate control and with protective, safety and telematic measures, according to claims above, characterized in that the container comprises at least one or several ribs that are suitable but not limiting to fix some, one, several spacers inside the container and is image38

container completely obstruct at least one of the holes, thus ensuring air circulation.

76

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposits, with climate control systems, refrigerator, freezer, climate control and with protective, safety and telematic measures, according to claims above, characterized in that the refrigerant, freezer and climate control container of variable temperatures where said nerves comprise a longitudinal extension in the base that acts as a stop or support when food, drugs, wrappers, packages inside the container are introduced .

77.

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposits, with climate control systems, refrigerator, freezer, climate control and with protective, safety and telematic measures, according to claims above, characterized in that the refrigerant, freezer and variable temperature air conditioning container comprises several ribs that determine possible locations for the separator according to the need for the internal storage of the container.

78.

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposits, with climate control systems, refrigerator, freezer, climate control and with protective, safety and telematic measures, according to claims above, characterized in that the refrigerator, freezer and temperature conditioner container where the holes are substantially oval, rectangular, square, elongated.

79.

Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, delivery and delivery of deposits, with climate control systems, refrigerator, freezer, climate control and with protective, safety and telematic measures, according to claims above, characterized in that the refrigerator, freezer and temperature climate container where the holes are substantially aligned and the number of holes decreases as they move away from the front face.

image39 image40 image41 characterized in that the refrigeration, freezer and temperature climate container has 5 means so that the base of said container does not rest on the bottom of an interior cavity of the refrigerating apparatus. freezer, refrigerator. 81. Box, container, container, trunk, drawer, automated logistics terminal, of 10 acquisitions, storage, distribution and delivery of deposits, with climate control systems, refrigerator, freezer, air conditioning and with protective, security and telematic measures, according to previous claims, characterized in that the container for refrigeration, freezer and temperature conditioner is made of plastic, metal, glass, polymers, combination of materials and interior designs, according to its cubic capacity, volume, operating load. 82. Box, container, container, trunk, drawer, automated logistics terminal, procurement, storage, distribution and delivery of deposits, with climate control systems, refrigerator, freezer, air conditioner and with protective measures20, security and telematics, according to previous claims, characterized in that the refrigeration, freezer and temperature air conditioning container with opening to the outside with an opening, closing, safety, thermostat control system, manual temperature regulators, means and remote domotic technologies, analysis of the operability of the apparatus. 25 30 image42