CN212087266U

CN212087266U - Self-powered intelligent temperature-control sterile multifunctional large shelter for space capsule

Info

Publication number: CN212087266U
Application number: CN201921675536.8U
Authority: CN
Inventors: 李鸣; 韩大卫
Original assignee: Individual
Current assignee: Individual
Priority date: 2019-10-09
Filing date: 2019-10-09
Publication date: 2020-12-08
Anticipated expiration: 2029-10-09

Abstract

The utility model provides a big canopy system device of aseptic multi-functional space capsule of self-powered intelligence accuse temperature belongs to high and new technology transformation tradition industry technical field. The capsule consists of four large system devices, namely an internal structure and an external forming system, an intelligent temperature control system with self-energy supply, a sterile multifunctional system and a closed passage for personnel and vehicles. A large and unsupported space is formed by inflating and pressure-equalizing special materials of the inner chamber and the outer chamber; the self-heating cold energy power is realized by the application of carbonization co-production matched equipment, and the air pressure high-temperature and low-temperature humidity is intelligently adjusted; the negative ion content in the cabin is high through a filtering and purifying system, and a sterile clean space without diseases and insect pests is formed; the normal operation of the inflating pressure of the cabin body is kept through the closed passage of the people and the vehicle. The space capsule breaks through the old concept and the backward structural form of the traditional greenhouse, realizes self waste utilization, energy conservation and emission reduction, creates space multiplication benefits, provides diversified services for the artificial activities of the expansion person, and develops economic income by utilizing hilly barren slopes and non-agricultural land expansion.

Description

Self-powered intelligent temperature-control sterile multifunctional large shelter for space capsule

Technical Field

The utility model relates to a big canopy of aseptic multi-functional space capsule of self-powered intelligence accuse temperature belongs to the high and new technology transformation tradition industry field.

Background

With the development of society and the progress of science and technology, the nation pays more and more attention to the improvement of high and new technology on the traditional industry and the development of new energy and energy-saving technology, and particularly, the high and new technology is widely used in society on innovative devices. For example, in the application of the existing traditional greenhouse, particularly the application of the agricultural greenhouse still comprises a common mound anti-freezing wall, a half slope form, a greenhouse supporting framework, sun-proof anti-freezing covering, natural sunlight, coal, electric heating and other systems, although the semi-circular greenhouse film and the improved greenhouse with a glass structure are applied, the traditional prominent innovation is not broken through, the temperature of the greenhouse is still adjusted by external energy, most of the greenhouse still depends on the world for eating, and the greenhouse is single in function and high in cost; the secondary pollution caused by various green garbage, pesticide, chemical fertilizer and the like generated by the greenhouse can not be eliminated, and the development of high-tech innovation of the greenhouse is fundamentally hindered.

Disclosure of Invention

The utility model aims to overcome above-mentioned defect part, provide a from aseptic multi-functional space capsule big canopy of energy intelligence accuse temperature from this. The utility model discloses the implementation scheme is as follows:

the utility model discloses mainly constitute by four big system devices of capsule inner structure and outside shaping system device, self-powered intelligence temperature control system device, aseptic multi-functional capsule system device, business turn over income capsule personnel and vehicle access.

The inner structure and the outer molding system device of the space capsule; the device is composed of an inner structure and an outer forming part. An internal structure; the arched semi-circular space is in an arched arc top semi-circular shape, the height is 8-12 meters, the width is 30-40 meters, the length is 80-120 meters, and the whole arched semi-circular space is not provided with any supporting beam frame, so that the maximum utilization of the space is highlighted. The vertical semicircular covers on two sides are respectively provided with a door, one side of the door is a large personnel and transportation channel, the other side of the door is a small auxiliary equipment facility channel, and the periphery of the door is provided with a ground beam or steel beam structure hung and tightened PEPP high-component material so as to form an inflatable, totally-enclosed, airtight and good-light-transmitting airtight space. Molding the outside; the shape is the same as the shape of an inner arch semicircle, but the height and the width are both 2 meters more than those of the inner arch, and the length is the same. The height and the width of the inflatable air channel are increased by two meters, the space is also an inflatable air channel, the periphery of the inflatable air channel is provided with a ground beam or steel beam structure hung and tightened PEPP strong component material, and the outermost layer is covered by a high-strength PE rope net, so that the inflatable air channel can resist damage caused by natural disasters such as storms, hails and snow.

The self-powered intelligent temperature control system device; the device is composed of an external self-powered energy source and an internal intelligent temperature regulation subsystem. The external self-powered energy system adopts a biomass waste carbonization co-production technology to provide energy for the space capsule and is divided into two parts. A raw material supply; all biomass wastes (various straws, fruit and vegetable wastes, dead branches and fallen leaves and other green wastes) generated in local and space cabin greenhouses are fully utilized as self-powered raw materials. Secondly, providing energy; the biomass waste is collected as a raw material, biomass gas is produced by using carbonization co-production equipment by using carbonization co-production technology (the applicant obtains a carbonization co-production patent certificate, a patent number of 201520124909.8, a patentee and plum singing), and the gas is injected into a gas storage cabinet for storage and standby. On the basis of the reserved biomass gas energy, a gas heating boiler can be used for providing heat sources in different seasons for the capsule; the cold source in different seasons can be supplied to the refrigerator with the adaptive model by generating power through the gas generator. The application completely realizes the self-heat supply source and cold source of the capsule, and the intelligent temperature control automatic adjustment is performed, so that the temperature in the capsule can meet all artificial activities in the capsule, the demand of planting and breeding can reach the biochemical physical index requirement, the capsule is not influenced by external solar terms all the year round, the defects that the traditional greenhouse is eaten by the heaven, the pollution is repeated, the external energy supply is depended on are thoroughly abandoned, the novel capsule greenhouse is really applied to achieve the purposes of waste utilization, low cost and high benefit of cyclic economy.

The sterile multifunctional space capsule system device; the device comprises two systems of filtration, aseptic purification and a multifunctional application field. The filtering and sterilizing purification system is used for ensuring air flow exchange, disinfection, cleanness, sterility and temperature and humidity control in a cabin and is divided into two parts. A hollow inner chamber membrane and outer chamber membrane; the inner film is made of an internationally advanced PEPP medium component material, when the gas generator generates electricity to drive the fan to enable filled air to enter the hollow space, a semicircular arc top is formed to be an inner cabin film, the hollow outer layer which is two meters away from the inner cabin film is also made of internationally advanced PEPP strength component materials, and when the two meters of hollow inner air is filled, an outer cabin film with the same effect as the inner cabin film is formed. The double-layer combination of the inner compartment membrane and the outer compartment membrane forms the equivalent air pressure of the inner membrane and the hollow air pressure of the double membranes, and the two unequal hollows form two sealed airtight independent spaces. The hollow space formed by the inner cabin membrane and the outer cabin membrane is provided with an induced air exhaust device, an anion disinfection filtering and purifying device and a temperature adjusting device which are matched actually, so that the functions of the system can be completed by introducing natural air with high anion content, no pollution, no bacteria, clean purification and room temperature change. Two multifunctional application sites; the arched arc top inner chamber formed by the inner film can perform any ground separation of the inner chamber space according to different purposes of various artificial activities, planting and breeding, and the hollow layered partition completely subverts the single use limit of the traditional greenhouse. The novel space capsule is really applied to multiple operation purposes, and the function is enhanced at will.

The personnel and vehicle passage system device for entering and exiting the space capsule; the device is a passage for materials, articles and produced species required by artificial activities of personnel, transport vehicles and the like.

Compared with the prior art, the utility model has the following advantages:

1. the structural mode of the traditional greenhouse is completely broken through by the shape and the form of the internal structural system device of the space capsule, the interior is inflated and sealed, and no metal or nonmetal framework material is used for supporting, so that a large utilization space is highlighted. If the vegetable planting can be carried out by vertical 5 to 8 layers of three-dimensional cultivation, the yield and the output value are greatly superior to those of the traditional greenhouse.

2. Because the external form of the forming system device outside the space capsule completely overturns the forming structures of the traditional greenhouse and the glass greenhouse, the excellent PEPP longitude and latitude material eliminates the common greenhouse film, the service life of 10 to 30 years is greatly reduced, the renovation cost is greatly reduced, the tightening cover with the high-strength net thread structure is provided, the forced damage of resisting the external force in the nature is greatly improved, and the operation life of the space capsule is ensured.

3. As the self-contained energy supply raw materials of the space capsule are fully embodied on the self-contained energy system device, various straws, firewood seedlings, tree dead branches and fallen leaves and thorns tree roots in rural areas around the space capsule are put on the rack; the various biomass green wastes generated by the self-generation device are all utilized, are clean and environment-friendly, and form a self-sufficient supply chain.

4. The self-powered energy system device is applied with the carbonization co-production technology to generate gas which can be uninterruptedly supplied to the electric power, the heat power and the cold source of the space capsule, thereby completely breaking the concept and the method that the traditional greenhouse is purely dependent on external assistance to provide energy, and building the space capsule greenhouse as long as green garbage raw materials exist.

5. The intelligent temperature control system device is applied with a special automatic module design so as to meet the physical and chemical requirements formulated at each place in the cabin and monitor the environment; controlling equipment; the analysis and adjustment of the activity situation fully embodies the microcomputer intelligent regulation and control of modern science and technology.

6. Because the intelligent temperature control system device supplies air in all directions, no matter in an inner cabin or an outer cabin of a cabin body, the air which enters and exits from two ends of the intelligent temperature control system device provides air and pressure with different requirements in all directions, the applied part adopts a totally-closed technical means, is air-tight, easy to exchange air and automatically adjusts air pressure, realizes an independent use environment isolated from an external environment, and applies self-water supply and electric heat source temperature adjustment for satisfying all artificial requirement limits on the temperature in the cabin; the mechanical refrigeration equipment is used for adjusting and cooling, so that the proper temperature for cold and warm dry and wet requirements in the cabin is ensured, and the artificial requirements are met.

7. The filtering sterile purification system device adopts international standard high-quality inner cabin and outer cabin materials, so that the inner cabin and the outer cabin are formed into a large-distance hollow partition and have the characteristic of a cabin, and particularly, the negative ion disinfection and purification technology is applied to enable indoor generated dust, aerial fog, virus and bacteria to be mutually gathered, lose the free floating capacity in the air, rapidly fall, decompose and eliminate the dust, the aerial fog, the virus and the bacteria, thereby purifying the air. And then the method of filtering and adjusting temperature of the entering air by a multi-level scientific and technological means, standard disinfection of the entering and exiting objects and the like ensures that no pollution source and no plant diseases and insect pests exist in the cabin, ensures the requirements of artificial activities and breeding standards in the cabin, achieves the sterile and healthy operation of high-negative-ion air, and shows the contrast advantage.

8. The multifunctional application site system device has the advantages that the multifunctional application site system device is special in no-support structure, long, high, wide and special large scale, the service life and the light transmittance of a special greenhouse film are prolonged, scientific high and low temperature and humidity intelligent control can be technically carried out on the cabin body, the outstanding advantage is that any action with artificial activity range can be carried out in the cabin, and fundamental difference is highlighted to the maximum extent compared with the common and even single existing greenhouse.

9. Because the system device for the personnel and the vehicles entering and exiting the space capsule is of a double-layer closed structure, the personnel and the vehicles entering and exiting the space capsule firstly enter the channel to close the bidirectional door, and then the personnel and the vehicles entering and exiting the space capsule can reach the other side of the channel to ensure that equal inflation pressure is kept to avoid influencing the normal operation of the space capsule. Meanwhile, the essence of the greenhouse is clearly different from that of the traditional greenhouse in the entrance and exit.

10. The capsule is formed by the factors; the space capsule is essentially different from the existing planting and breeding greenhouse, the characteristics and the advantages draw the characteristics of simulating space activity capsules on land, a popular application mode is created by high-tech means and forms, and multidirectional service is provided for human more widely.

Drawings

Fig. 1 is a plan view of the whole space capsule system device of the present invention.

Fig. 1.2 is a perspective view of the appearance of the space capsule device of the present invention.

Fig. 1.3 is a top sectional view of the space capsule device of the present invention.

FIG. 2 is a plan view of the self-powered system device of the space capsule of the present invention

FIG. 3 is a plan view of the wind power temperature control device of the space capsule of the present invention

Figure 4 is the passenger-vehicle passage plan view of the space capsule device of the utility model.

Figure 5 is a middle section view of the space capsule device of the present invention.

Detailed Description

The following is a detailed description of the present invention with reference to the accompanying drawings, but the present invention is not limited to these embodiments.

As shown in fig. 1, a main cabin body of the space capsule is composed of a space capsule device 1 (an outer mesh cover 1a, an internal cabin space 1b, an internal cabin and an external cabin hollow air inflation layer 1 c); the biomass waste carbonization co-production equipment device 2 burns the used green garbage at low temperature, cracks, separates, filters and purifies to produce biomass gas (the gas is introduced into the double-membrane gas storage cabinet 2 b); leading out fuel gas to enable the generator, the fan, the boiler, the refrigeration and the intelligent control cabinet device to work; and enters and exits the space capsule passenger-vehicle passage 4.

As shown in figure 1.2, the cabin body is in an arc shape under the wrapping of the outer film 1.2a, fixed-point, fixed-length and fixed around the cabin body base 1.2d at the fixed point of the net cover, so that the whole cabin body is firmly and stably fixed, and then the two ends 1.2e of the net cover 1.2b are deeply drawn by the high-strength net rope 1.2c, thereby maximally achieving the strength of resisting natural disasters.

As shown in fig. 1.3, 1.3a is an outer membrane of the cabin body to form the appearance shape of the space capsule, 1.3c is an inner membrane of the cabin body to form the inner space of the space capsule, 1.3b is a hollow inner membrane and outer membrane of the cabin body to form a high-low temperature air flow exchange space, 1.3d is an outer membrane mesh enclosure to firmly seal and fix the whole outline cabin body, and 1.3e is a high-strength rope to set intervals and then strongly fix the outline cabin body.

As shown in fig. 2, 2a is a self-powered carbonization co-production device of a space capsule system, through which green garbage is processed by equipment technology to generate biomass gas, the biomass gas is conveyed to a double-membrane gas storage cabinet 2b for storage, the gas generates hot water through a boiler 2c, and the steam is applied to a capsule body to increase the temperature, can be applied to generate a cold source to supply a capsule body 2d to reduce the temperature, and achieves the purpose of self-powered energy.

As shown in fig. 3, 3a is a working chamber of an induced draft fan and an exhaust fan, which introduces fresh air into the capsule body, exhausts the turbid gas in the capsule out of the capsule, and supports the inner capsule and the outer capsule of the capsule by the turbid gas. 3b is a working chamber of a boiler, a generator and a refrigerator, 3c is an intelligent full-automatic control chamber and is a command and control center for the operation of the whole space capsule, and 3d is an induced air exhaust channel, so that all fresh or turbid, dry and wet or cold and warm air are delivered and exhausted from the induced air exhaust channel. Finally, the self-supplied fuel gas can exert the effects of respective working chambers to achieve power supply, heating, refrigeration, intelligent temperature control and allocation, and highlight the closed operation of self energy of the space capsule.

As shown in fig. 4, the channel is closed by people and vehicles in the space capsule, 4a is a first outer capsule membrane, 4b is a first inner capsule membrane, 4c is a hollow first capsule body, 4d is a channel for materials, articles and produced species required by artificial activities of people, transport vehicles and the like, 4e is a sealing base for an outer membrane in the space capsule, and is a U-shaped groove with a width of about two meters for adjusting the humidity in the capsule and serving as a water pool for breeding and raising artificially cultured fishes.

As shown in fig. 5, which is a middle sectional view of the capsule, the inner chamber of the capsule device 1 includes a second outer chamber membrane 5a, a second inner chamber membrane 5b, a second hollow chamber 5c and an application place 5d for all human activities, and the whole inner chamber is not supported by any metal or nonmetal frame, which highlights a large utilization space.

Claims

1. A self-powered intelligent temperature control sterile multifunctional capsule shed is characterized by comprising a capsule internal structure, an external forming system device, a self-powered intelligent temperature control system device, a sterile multifunctional capsule system device, personnel entering and exiting the capsule and a vehicle passage system device;

the capsule internal structure and the external forming system comprise a capsule device (1); the space capsule device (1) consists of an outer mesh enclosure (1a), an intra-capsule space (1b), an inner capsule and an outer capsule hollow inflatable layer (1 c); the hollow inflatable layers (1c) of the inner chamber and the outer chamber are communicated with the sterile multifunctional space capsule system device (3);

the self-powered intelligent temperature control system device comprises a biomass waste carbonization co-production equipment device (2); the biomass waste carbonization co-production equipment device (2) comprises a self-powered carbonization co-production device (2a) of a space capsule system and a double-membrane gas storage cabinet (2 b); the self-powered carbonization co-production device (2a) of the capsule system burns, cracks, separates, filters and purifies the used green garbage at low temperature to produce biomass gas, and the biomass gas is introduced into the double-membrane gas storage cabinet (2b) for storage; the self-powered carbonization co-production device (2a) of the capsule system introduces biomass gas into the sterile multifunctional capsule system device (3);

the sterile multifunctional space capsule system device (3) comprises a generator, a fan, a boiler, refrigeration equipment and an intelligent control cabinet; the generator, the fan, the boiler, the refrigeration equipment and the intelligent control cabinet work through biomass gas;

the system device for the personnel and vehicles entering and exiting the space capsule comprises a personnel and vehicle passageway (4) for entering and exiting the space capsule; and the man and vehicle passage (4) entering and exiting the space capsule is positioned at one end of the space capsule device (1) far away from the inner capsule and the hollow inflatable layer (1c) of the outer capsule.

2. The self-powered intelligent temperature-control sterile multifunctional big shelter for the space capsule, according to claim 1, is characterized in that the outer mesh enclosure (1a), the space (1b) in the capsule, the inner capsule and the hollow inflatable layer (1c) of the outer capsule form a main capsule body of the space capsule.

3. The self-powered intelligent temperature-control sterile multifunctional space capsule shed according to claim 1, wherein the biomass waste carbonization co-production equipment device (2) further comprises a boiler (2 c); the self-powered carbonization co-production device (2a) of the space capsule system generates biomass gas by processing all green garbage through equipment technology, the biomass gas is conveyed into the double-membrane gas storage cabinet (2b) to be stored, the biomass gas generates hot water and steam through the boiler (2c) to be applied to capsule body temperature increase, the hot water and steam are applied to generating cold source to supply the capsule body (2d) to reduce temperature, and the purpose of self-powered energy is achieved.

4. The self-powered intelligent temperature-control sterile multifunctional capsule shed as claimed in claim 1, wherein the sterile multifunctional capsule system device (3) comprises a draught fan and an exhaust fan working chamber (3a), fresh air is introduced into the capsule body through the draught fan and the exhaust fan working chamber (3a), gas in the turbid capsule is exhausted out of the capsule body, and the inner capsule and the outer capsule of the capsule are supported by the turbid capsule; the sterile multifunctional space capsule system device (3) is also internally provided with a boiler, a generator, a refrigerating machine working chamber (3b) and an intelligent full-automatic control chamber (3c), the intelligent full-automatic control chamber (3c) is a whole space capsule operation commanding and regulating center, the top of the sterile multifunctional space capsule system device (3) is provided with an air guiding and exhausting channel (3d), and all fresh or turbid, dry, wet or cold and warm air is conveyed to and exhausted from the air guiding and exhausting channel; finally, the self-supplied fuel gas is used for exerting the effects of respective working chambers to achieve power supply, heating, refrigeration and intelligent temperature control allocation, and the closed operation of the self energy of the space capsule is highlighted.

5. The self-powered intelligent temperature-control sterile multifunctional capsule big shed is characterized in that the access capsule man-vehicle channel (4) comprises a first outer capsule membrane (4a), a first inner capsule membrane (4b), a first capsule cavity (4c), a channel (4d) and a capsule inner and outer membrane sealing base (4e), wherein the capsule inner and outer membrane sealing base (4e) is a U-shaped groove with the width of about two meters, is used for adjusting the dryness and humidity in the capsule and can be used as a water pool for artificially culturing fish and raising seedlings.

6. The self-powered intelligent temperature-controlled sterile multifunctional big shelter for the space capsule as claimed in claim 1, wherein the inner cabin of the space capsule device (1) comprises a second outer cabin membrane (5a), a second inner cabin membrane (5b), a second hollow cabin body (5c) and an application place (5d) provided for activities by everyone.