KR20220090809A - Indoor-outdoor multipurpose rotation type multiple storage apparatus - Google Patents

Abstract

According to the present invention, the space unit 111 is provided inside the storage device unit 110a in which objects to be reared, cultured, cultivated, hatched, fermented, dried or stored are accommodated therein, and an environment provided to the objects. The enclosure unit 110 divided into a control equipment unit 110b for controlling the elements; a first rotation shaft 121 rotatably horizontally disposed at a lower portion of the space 111 and having a first chain gear 123 mounted on both ends thereof; a second rotation shaft 122 rotatably horizontally disposed on the upper portion of the space 111 and having second chain gears 124 mounted on both ends thereof; a driving motor 130 condensed to the first rotation shaft 121 or the second rotation shaft 122 to provide rotational force; a chain 140 connected between the first chain gear 123 and the second chain gear 124 to transmit rotational force; And a receiving groove in which the object can be accommodated is provided, and a plurality of them are arranged horizontally so as to be vertically spaced apart along the chain 140 , and are fixed to the chain 140 and circulate along the rotation path of the chain 140 . Disclosed is a multi-purpose, rotary-type multi-stage storage device including; a rotating accommodating part 150 .

Description

Multi-purpose rotating multi-stage storage device for indoor and outdoor use {INDOOR-OUTDOOR MULTIPURPOSE ROTATION TYPE MULTIPLE STORAGE APPARATUS}

The present invention relates to a multi-purpose rotating multi-stage storage device for indoor and outdoor use, and more particularly, it can accommodate various objects such as breeding, aquaculture, cultivation and hatching of animals or plants, fermentation, drying and storage of food, and storage. It relates to a multi-purpose rotatable multi-stage storage device for indoor and outdoor use having a structure that can provide an optimal environment for a subject and minimize exposure to the user's environment.

In general, when breeding, cultivating, and cultivating animals, plants, and insects, optimal growth is achieved by installing equipment in a space independent from the external environment, such as a house or building, and using a temperature and humidity control device to maintain the internal temperature and humidity. environment could be provided.

However, there may occur cases in which the optimal growth environment is not suitable for the human body, such as in high temperature and high humidity, but there is a problem in that the user has to stay indoors for a long time for management or work, thereby harming health or lowering work efficiency. there was.

In addition, in order to place a large amount of animals and plants, storage boxes must be arranged in multiple rows, and free space for management or work must be secured for each row. And there was a problem in that the maintenance cost is excessive because it is necessary to control the humidity.

Registered Patent Publication No. 10-2138481 (202007.21), Smart Farm Cube

The present invention was created to solve the above-described problems, and an object of the present invention is to provide an optimal growth environment for storage targets, while minimizing exposure to the corresponding growth environment for users, and greatly reducing maintenance costs and installation space. It is to provide a multi-purpose rotary type multi-stage storage device for indoor and outdoor use that can be reduced.

In a multi-purpose rotary multi-stage storage device for indoor and outdoor use according to the present invention for achieving the above object, a space part 111 is provided therein so that objects to be reared, cultured, cultivated, hatched, fermented, dried or stored are stored therein. The housing unit 110 divided into a storage device unit 110a to be accommodated, and a control facility unit 110b for controlling the environmental elements provided to the object; a first rotation shaft 121 rotatably horizontally disposed at a lower portion of the space 111 and having a first chain gear 123 mounted on both ends thereof; a second rotation shaft 122 rotatably horizontally disposed on the upper portion of the space 111 and having second chain gears 124 mounted on both ends thereof; a driving motor 130 condensed to the first rotation shaft 121 or the second rotation shaft 122 to provide rotational force; a chain 140 connected between the first chain gear 123 and the second chain gear 124 to transmit rotational force; And a receiving groove in which the object can be accommodated is provided, and a plurality of them are arranged horizontally so as to be vertically spaced apart along the chain 140 , and are fixed to the chain 140 and circulate along the rotation path of the chain 140 . The rotating receiving unit 150; includes.

Here, the control equipment unit 110b includes a ventilation hole 186 for introducing external air into the interior of the space 111 or discharging the internal air of the space 111 to the outside, and the temperature provided to the object. , humidity, moisture and water, nutrients, air quality, the environment creation unit 160 according to the input signal or pre-programmed items of the environment creation unit 160 and the control unit 171 to control any one or more environmental factors of air quality, wind or lighting. It may include a control unit 170 that controls the operation.

In addition, the accommodating part 150 includes a support bar 151 having both ends fastened to two chains 140 disposed on both sides, and a storage in which support walls are respectively formed on both sides and rear sides of the horizontally disposed bottom plate in the width direction. A frame (152) and a connection frame ( 153), a rail 157 disposed inside the storage frame 152 to move forward and backward, and a storage box 154 detachably mounted to the rail 157.

In addition, the accommodating part 150 is rotatably mounted vertically in multiple stages on both sides of the accommodating frame 152 in the width direction, and is rotated while in contact with the inner wall of the housing part 110 or a separate guide rail. It may further include a guide roller 155 for supporting the rotating housing frame 152 not to be shaken.

In addition, it further includes; an opening and closing door unit 113 including an upper door 114 and a lower door 115 that are vertically spaced apart from each other on the housing unit 110, and the upper door 114 and the lower door ( 115), any one door 115 has an opening and closing area that can be opened so that a single accommodating part 150 is exposed to the outside, and the other door 114 has a plurality of accommodating parts 150 to the outside at the same time. It may have an opening and closing area that can be opened to be exposed.

In addition, the control unit 170 stores the storage target guide information including any one or more of the storage date and time, the storage elapsed time information, and the environmental factor adjustment state of the object accommodated for each storage unit 150, and the storage unit ( On the front side of 150 ), a sensing body 181 including classification code information for each housing unit 150 is disposed, and the opening/closing door unit 113 is located close to the opening/closing door unit 113 on the housing unit 110 . ) and a receiving unit detecting unit 182 for detecting the sensing body 181 of the receiving unit 150 stopped at a position corresponding to the position corresponding to the ) is disposed, and the control unit 170 includes the receiving unit detected by the receiving unit detecting unit 182 . By using the classification code information of 150, the storage unit 150 that is stopped at the position corresponding to the opening/closing door unit 113 among the plurality of storage units 150 is divided, and the storage target of the divided storage unit 150 is guided. Information may be displayed or outputted in text or numerical form through the display unit 172 provided in the housing unit 110 .

In addition, the control equipment unit 110b operates the driving motor 130 so that the accommodating unit 150 selected by the user according to the operation of the manipulation unit 171 circulates and rotates to a position corresponding to the opening/closing door unit 113 to stop. It may include a control unit 170 for driving control.

In addition, the control unit 170 is provided with a signal output terminal 183 for outputting the input signal of the operation unit 171 to the outside and a signal input terminal 184 for receiving the input signal from the outside, respectively, a plurality of indoor and outdoor use The multi-purpose rotatable multi-stage storage devices 100 and 100 ′ are sequentially arranged in a lateral or front-to-back direction or stacked up and down, and the signal output terminal 183 of one indoor/outdoor multi-purpose rotatable multi-stage storage device 100 is adjacent to another multi-purpose bin for indoor and outdoor use. It is signal-connected to the signal input terminal 184 of the typical multi-stage storage device 100' to operate the operation unit 171 of the one indoor/outdoor multi-purpose rotary multi-stage storage device 100, and the adjacent other indoor/outdoor multi-purpose rotation type An input signal may be transmitted to the control unit 170 of the multi-stage storage device 100 ′.

In addition, the control equipment unit (110b) is disposed at the lower end and provided with a space therein to further include a multi-function auxiliary storage unit 185 for accommodating the thing or storing water, and is accommodated in the housing unit 110 . A camera 174 for photographing the object is disposed, and the control unit 170 is signal-connected to a user terminal disposed at a remote location through the communication module 171 to transmit the image captured by the camera 174 to the user terminal. Alternatively, the environment generator 160 and the driving motor 130 may be driven and controlled according to a user input signal input from a user terminal.

In addition, a frame 117a capable of supporting and forming a structure inside or outside the housing unit 110 is provided to attach and connect device parts and housing components.

On the other hand, the enclosure part 110 is configured together with the frame 117a, and the enclosure structure and components can be separately attached to the inside and outside of the frame 117a. And characterized in that it can be connected, the enclosure part 110 is divided into a control equipment part 110b and a storage device part 110a and divided, and a medium that can be connected and communicated with each other on the inner wall surface is separately provided to facilitate the creation of an environment In addition, it may include an auxiliary space portion (111a) connected to each other and serving as a passage at the upper portion, and in which various sensors and parts can be mounted.

According to the multi-purpose rotatable multi-stage storage device for indoor and outdoor use according to the present invention,

First, the housing unit 110 may be formed in multiple internal and external cases, in some cases, a space 111 is provided inside, an opening 112 having a front opening is formed on the front side, and the opening and closing of the opening 112 is formed in the front side. The door part 113 and the multi-function auxiliary storage part 185 are mounted, the first rotation shaft 121 is rotatably horizontally disposed in the lower part of the space part 111, and the first chain gear 123 is provided at both ends. respectively, the second rotation shaft 122 is rotatably horizontally disposed on the upper portion of the space portion 111 , and second chain gears 124 are respectively mounted on both ends of the space portion 111 , and the driving motor 130 is the first It is condensed to the rotation shaft 121 or the second rotation shaft 122 to provide rotational force, and the chain 140 is connected between the first chain gear 123 and the second chain gear 124 to transmit the rotational force, The payment 150 includes a storage frame 152, a sliding door-type rail 157, and a storage box 154 in which objects to be reared, cultured, cultivated, hatched, fermented, dried or stored can be accommodated therein. and a plurality of them are horizontally arranged so as to be spaced apart along the chain 140 and fixed to the chain 140 to circulate along the rotation path of the chain 140, such as breeding, aquaculture, cultivation and hatching of animals or plants. Various objects such as fermentation, drying and storage of food can be stored as objects, and while providing an optimal environment for storage objects, exposure to the environment can be minimized for users, and the storage box 154 can be heated in front and after It is possible to greatly increase the storage space because it can be divided by heat dissipation and arranged at the same time.

In addition, the housing unit 110 may be formed in multiple inside and outside in some cases, and a multifunctional auxiliary storage unit 185 is provided to provide a space for breeding, cultivating, drying or storing the thing, or water. It may provide a space for storing , or provide a space for arranging the environment creating unit 160 .

In addition, rails 157 extending in the front-rear direction are provided on both sides of the storage frame 152 , and the storage box 154 slides forward and backward along the rail 157 and opens and closes door parts ( 113) is provided so as to be withdrawn to the outside, so that the user can easily manage the storage object stored in the storage box 154 from the outside.

Second, the environment creation unit 160 is disposed inside the housing unit 110 to adjust any one environmental element among temperature, humidity, moisture, nutrients, oxygen, and lighting provided to the object, and the control unit 170 is a control unit ( 171), by driving and controlling the environment creating unit 160 according to the input signal or pre-programmed items, it is possible to provide an optimal environment for the storage target and promote user convenience, and in some cases, image and remote control are also possible. .

Third, the accommodating part 150 includes a support bar 151 having both ends fastened to the two chains 140 that are horizontally disposed and disposed on both sides, and support walls on both sides and rear sides of the horizontally disposed bottom plate in the width direction. Each of the formed housing frames 152 and the lower end are fastened to the receiving frame 152 and the upper end is rotatably fastened to the support bar 151 so that the receiving frame 152 rotates in circulation along the chain 140 . By including a connection frame 153 and a box 154 having an open top, the receiving groove is formed therein, and a receiving box 154 that is detachably seated in the inside of the receiving frame 152, the receiving unit 150 Even if it circulates along the chain 140, it can always maintain a horizontal state, and while stably fixed on the chain 140, it is possible to maintain the open upper part for management or work as it is.

Fourth, the accommodating part 150 is rotatably mounted on both sides of the accommodating frame 152 in the width direction, and is in contact with the inner wall of the housing part 110 or a separate guide rail and a guide roller 155 to rotate. By further including, it is possible to support the receiving frame 152 circulating along the chain 140 not to flow.

Fifth, the opening/closing door unit 113 includes an upper door 114 and a lower door 115 that are vertically spaced apart from each other on the housing unit 110 , and include the upper door 114 and the lower door 115 . ), any one door 115 has an opening and closing area that can be opened so that a single accommodating part 150 is exposed to the outside, and the other door 114 exposes a plurality of accommodating parts 150 to the outside at the same time. By having an opening and closing area that can be opened as much as possible, only the accommodating part 150 that needs to be opened can be selectively exposed to the outside according to the purpose of management or work.

Sixth, at least one door among the upper door 114 and the lower door 115 is made of a permeable material so that the inside of the enclosure 110 can be visually observed from the outside or an observation window is provided so as to open and close the door. (113) can minimize the opening requirement.

Sixth, the one door 115 is made of a single door leaf, and the lower both sides are shaft-coupled to the housing unit 110, and the upper end is opened and closed in a single-door manner that rotates in a fan-shaped arc around the lower end, and the other One door 114 is made of two door leafs divided on both sides in the width direction, and the base end of each leaf is shaft-coupled to the housing unit, and the front end side rotates in a fan-shaped arc around the base end. Accordingly, it is possible to minimize the exposure of the user to the growing environment while selectively exposing only the receiving unit 150 that needs to be opened according to the purpose of management or work.

Seventh, the storage target guide information including any one or more of the storage date and time, storage elapsed time information, and environmental element control state of the object accommodated for each storage unit 150 is stored in the control unit 170, and the storage unit ( On the front side of 150 ), a sensing body 181 including classification code information for each housing unit 150 is disposed, and the opening/closing door unit 113 is located close to the opening/closing door unit 113 on the housing unit 110 . ) and a receiving unit detecting unit 182 for detecting the sensing body 181 of the receiving unit 150 stopped at a position corresponding to the position corresponding to the ) is disposed, and the control unit 170 includes the receiving unit detected by the receiving unit detecting unit 182 . By using the classification code information of 150, the storage unit 150 that is stopped at the position corresponding to the opening/closing door unit 113 among the plurality of storage units 150 is divided, and the storage target of the divided storage unit 150 is guided. By displaying or outputting information as characters or numerical values through the display unit 172 provided in the housing unit 110 , it is possible to significantly increase work and management efficiency and to promote user convenience.

Eighth, the control unit 170 drives and controls the driving motor 130 so that the accommodating unit 150 selected by the user stops at a position corresponding to the opening/closing door unit 113 according to the operation of the manipulation unit 171, thereby allowing the user to It has the advantage of being able to manage or work on storage objects without going inside.

Ninth, the control unit 170 uses the classification code information of the receiving unit 150 sensed by the receiving unit detecting unit 182. When the classification code information of the receiving unit 150 selected by the user is recognized by the sensing unit, the driving motor ( By stopping 130) and controlling the driving so that the corresponding housing unit 150 stops at a position corresponding to the opening/closing door unit 113, the user continuously checks the circulating rotation state of the housing unit 150 and the driving motor 130 There is no need to manually operate the system, so management and work efficiency can be further increased and convenience can be improved.

Tenth, the control unit 170 drives and controls the operation state and setting state of the driving motor 130 and the environment creation unit 160 according to the input signal of the operation unit 171 , and the control unit 170 includes the operation unit 171 . A signal output terminal 183 for outputting an input signal to the outside and a signal input terminal 184 for receiving the input signal from the outside are respectively provided, and a plurality of indoor/outdoor multi-purpose rotatable multi-stage storage devices 100 and 100' are provided. Dogs are arranged laterally or stacked up and down, and the signal output terminal 183 of one indoor/outdoor multi-purpose rotary multi-stage storage device 100 is adjacent to the signal input terminal ( 184) to operate the manipulation unit 171 of the one indoor/outdoor multi-purpose rotatable multi-stage storage device 100 by signal connection with the control unit 170 of the adjacent other indoor/outdoor multi-purpose rotatable multi-stage storage device 100 '). By transmitting the input signal to the furnace, it provides the effect of simultaneously operating and changing the settings of each indoor/outdoor multi-purpose rotary multi-stage storage device with one operation.

Eleventh, each accommodating unit 150 is provided with a accommodating unit selection button 188 that is signal-connected to the control unit 170 and outputs a accommodating unit selection signal according to a user's operation, and the control unit 170 includes an optional receiving unit 150 . ), when a receiving unit selection signal is received from the receiving unit selection button 188 provided in the accommodating unit 150, the drive motor 130 is driven and controlled so that the corresponding receiving unit 150 rotates and stops at a position corresponding to the opening/closing door unit 113. By doing so, it is possible to directly select the receiving unit 150 to be moved to the opening/closing door unit 113 side while visually checking the receiving unit 150 to manage and work, thereby minimizing the user's movement.

Twelfth, the opening/closing door unit 113 includes an upper door 114 and a lower door 115 that are vertically spaced apart from each other on the housing unit 110 , and a door sensing unit that detects the open state of each door 114 , 115 . It further includes 189, wherein the control unit 170 determines the open state of the doors 114 and 115 using the detection signal of the door detection unit 189, and receives the receiving unit selection signal in an open state of any door. By driving and controlling the drive motor 130 so that the selected accommodating unit 150 stops at a position corresponding to the opened door, it is possible to minimize the need for the user to operate the manipulation unit 171 to increase the efficiency of work and management. can

1 and 2 are a front view and a side view showing the external configuration of a multi-purpose rotatable multi-stage storage device for indoor and outdoor use according to a preferred embodiment of the present invention;
3 is a block diagram showing the functional configuration of a multi-purpose rotary type multi-stage storage device for indoor and outdoor use according to a preferred embodiment of the present invention;
4 is a front view omitting the front side of the housing unit and the opening/closing door to show the internal configuration of the multi-purpose rotatable multi-stage storage device for indoor and outdoor use according to a preferred embodiment of the present invention;
5 is a side view without the side of the housing to show the internal configuration of the multi-purpose rotary type multi-stage storage device for indoor and outdoor use according to a preferred embodiment of the present invention;
6 is a front view showing the configuration of a receiving part according to a preferred embodiment of the present invention;
7A and 7B are front views showing a state in which a multi-purpose rotary multi-stage storage device for indoor and outdoor use is connected to each other in a state in which they are sequentially arranged laterally according to a preferred embodiment of the present invention;
8 is a side view showing the configuration of a sensing body and a receiving unit sensing unit according to a preferred embodiment of the present invention.

Hereinafter, preferred embodiments according to the present invention will be described in detail with reference to the accompanying drawings. Prior to this, the terms or words used in the present specification and claims should not be construed as being limited to conventional or dictionary meanings, and the inventor should properly understand the concept of the term in order to best describe his invention. Based on the principle that can be defined, it should be interpreted as meaning and concept consistent with the technical idea of the present invention.

Accordingly, the embodiments described in this specification and the configurations shown in the drawings are only the most preferred embodiment of the present invention and do not represent all the technical spirit of the present invention, so at the time of the present application, various It should be understood that there may be equivalents and variations.

The multi-purpose rotary multi-stage storage device 100 for indoor and outdoor use according to a preferred embodiment of the present invention provides an optimal growth environment to a storage target, and minimizes exposure to the corresponding growth environment to the user, and reduces maintenance costs and installation space. As a device that can significantly reduce, as shown in FIGS. 1 to 5 , the housing unit 110 , the first rotating shaft 121 , the second rotating shaft 122 , the driving motor 130 , the chain 140 and It includes a accommodating part 150 .

First, the housing unit 110 is a case member for accommodating an object to be accommodated therein, and a space portion 111 (refer to FIG. 4) is provided therein, and an opening 112 (refer to FIG. 5) having a front opening is formed in the front surface, and the An opening/closing door unit 113 is mounted on the opening 112 , and a frame 117a for partitioning a separate space separated from the space unit 111 may be formed as needed.

Here, as shown in the drawing, the housing unit 110 may be provided with a ventilation hole 186 for introducing external air, and if necessary, a ventilation fan (not shown) may be disposed in the ventilation hole 186 to force air circulation. have.

In addition, various parts for automatically adjusting and controlling all environments of various objects are built-in as needed in the upper or lower portions of the housing unit 110 . It is equipped with a filter to block and minimize the inflow of external pollutants, and also serves as a ventilation hole that connects the internal and external environments with each other. Breeding, cultivation, drying, storage is also possible, and in some cases, water can be stored, and it is a multifunctional auxiliary storage unit 185 for performing various functions that can be helpful to the internal environment.

In addition, the auxiliary storage unit 185 is opened and closed by sliding forward and backward along a rail (not shown) extending forward and backward inside the housing unit 110, or an opening/closing door (not shown) is provided to open and close the inner space when necessary. Available.

In addition, an insulating material is provided on the inner surface of the enclosure part 110 in some cases so that the temperature of the space part 111 is not affected by the external temperature, and the enclosure part 110 and the opening/closing door part 113 are excellent. It is preferable to have a waterproof structure so that moisture such as dew does not penetrate inside. The housing portion may be made of a transparent material or a translucent material so that the inside can be observed with the naked eye or external light can be introduced, or made of an opaque material to block external light. In addition, although the drawing illustrates that the housing unit 110 is formed in a plate shape, it may be formed in a network structure in which a plurality of through holes are formed or in a form in which at least one side is opened.

In addition, the housing unit 110 may be formed of a single housing as shown in FIG. 1 or a plurality of housings as shown in FIGS. 7A and 7B . In addition, when it consists of a plurality of housings, each of the housings may be arranged in a lateral or front-to-back direction or may be provided in a vertically stacked form. Regardless of the direction, it is possible to effectively transform, implement, and integrate its functions and configurations according to the size, arrangement, and scale of the type, the user’s requirements and target environment, and separate any one optional function and optional configuration to determine the shape or shape. It is possible to selectively manufacture the shape, etc.

In addition, as shown in FIG. 7A , a plurality of housing units 110 and one control unit 170 may be arranged to match in the form of N:1, and as shown in FIG. 7B , one control unit ( 170) may be arranged to match 1:1.

The first rotation shaft 121 is rotatably horizontally disposed in the lower portion of the space portion 111 , and first chain gears 123 are mounted on both ends of the space portion 111 , and the second rotation shaft 122 is the space portion 111 . It is rotatably arranged horizontally on the upper part of the second chain gear 124 is mounted on both ends,

The driving motor 130 is condensed on the first rotation shaft 121 or the second rotation shaft 122 to provide rotational force, and the chain 140 is disposed between the first chain gear 123 and the second chain gear 124 . is connected to and transmits rotational force. Here, although the drawing shows that the driving motor 130 is directly fastened to the first rotating shaft 121 , it is not limited thereto and is directly fastened to the second rotating shaft 122 or through other power transmission means such as gears or belts. It may be indirectly coupled to the first rotation shaft 121 or the second rotation shaft 122 to provide rotational force.

The accommodating unit 150 is a means for providing a storage space to a storage object, and is provided with a storage groove in which objects to be reared, cultured, cultivated, hatched, fermented, dried or stored can be accommodated therein, and the chain A plurality of them are horizontally arranged so as to be spaced apart along 140 and are fixed to the chain 140 to circulately rotate along the rotation path of the chain 140 .

More specifically, the receiving unit 150 includes a support bar 151 having both ends fastened to two chains 140 that are horizontally disposed and disposed on both sides, and both sides and a rear side of the horizontally disposed bottom plate in the width direction. The receiving frame 152 having a support wall formed therein, the lower end is fastened to the receiving frame 152 , and the upper end is rotatably fastened to the supporting bar 151 , so that the receiving frame 152 follows the chain 140 . By including a connection frame 153 for circulating rotation, and a box 154 having an open top, the receiving groove is formed therein, and detachably seated inside the receiving frame 152 , Even if the payment 150 rotates in circulation along the chain 140, it can always maintain a horizontal state, and while stably fixed on the chain 140, it is possible to maintain an open upper part for management or work as it is.

In addition, rails 157 extending in the front-rear direction are provided on both sides of the storage frame 152 , and the storage box 154 slides forward and backward along the rails 157 and opens and closes the opening and closing doors 113 . It is preferably provided so as to be withdrawn to the outside through the, so that the user can easily manage the storage object stored in the storage box 154 from the outside. In addition, a power means (not shown), such as a driving motor, is provided between the rail 157 and the storage box 154, and the power means is signal-connected to the control unit 170 and receives the box according to the control signal of the control unit 170 ( 154) may be operated to automatically withdraw or withdraw.

In addition, as shown in FIG. 3 , the multi-purpose rotatable multi-stage storage device 100 for indoor and outdoor use according to a preferred embodiment of the present invention is disposed inside the housing unit 110 and provided to the object temperature, humidity, moisture, The environment creation unit 160 according to an input signal from the manipulation unit 171 or pre-programmed items and the environment creation unit 160 for controlling any one or more environmental factors of water, nutrients, air quality (including oxygen or carbon dioxide), wind, or lighting. ), by further including a control unit 170 for controlling the driving, it is possible to provide an optimal environment for the storage target, and to promote the convenience of the user.

The control unit 170 may be manually operated through the operation unit 171 or may drive and control the multi-purpose rotary multi-stage storage device 100 according to programmed matters, and an external communication terminal (eg, a smartphone or It can also be remotely controlled by signal connection with a PC) or server.

As shown in FIG. 3 , the environment creating unit 160 includes a temperature control module 161, a humidity control module 162, and a moisture supply to control any one environmental element among temperature, humidity, moisture, nutrients, oxygen, and lighting. A module 163 , a nutrient supply module 164 , an oxygen supply module 165 , and a lighting supply module 166 may be provided, respectively. Each module may be integrally provided and disposed inside the housing unit 110 , but may also be dispersedly disposed at respective positions to optimally provide each of the providing elements to the storage target.

According to the automatic and manual or image and remote control settings of the environment creation unit 160, mutually organic operation is possible to fit all internal and external situations and environments, and all internal and external environment exchange control and adjustment are possible. , low-temperature cooling, drying, moisture and water supply, nutrients, air quality, lighting and illuminance, natural light, natural wind control can be effectively controlled, and at the same time, the entire function or only certain functions and elements are selected and manufactured according to the user's use. and implementation is possible.

Commercial power may be applied to drive the control unit 170 , the driving motor 130 , and the environment creation unit 160 , and in addition, solar power generation power or wind power generation power may be applied.

In addition, as shown in FIGS. 5 and 6 , the accommodating part 150 is rotatably mounted on both sides of the accommodating frame 152 in the width direction, respectively, to the inner wall of the housing part 110 or a separate guide rail. By further including a guide roller 155 which is in contact with and rotates, the receiving frame 152 circulating along the chain 140 can be supported so that it does not flow.

In addition, the opening/closing door unit 113 includes an upper door 114 and a lower door 115 that are vertically spaced apart from each other on the housing unit 110 , and include the upper door 114 and the lower door 115 . ), one door 115 has an opening and closing area that can be opened so that a single accommodating part 150 is exposed to the outside, and the other door 114 exposes a plurality of accommodating parts 150 to the outside at the same time. By having an opening and closing area that can be opened as much as possible, only the accommodating part 150 that needs to be opened can be selectively exposed to the outside according to the purpose of management or work.

In addition, at least one of the upper door 114 and the lower door 115 is made of a permeable material so that the inside of the enclosure 110 can be visually observed from the outside, or an observation window is provided so as to open and close the door. (113) can minimize the opening requirement.

In addition, the one door 115 is made of a single door leaf, and the lower both sides are shaft-coupled to the housing unit 110 to open and close the door 115 in a way that the upper end rotates in a sectoral arc around the lower end, and the other One door 114 is made of two door leafs divided on both sides in the width direction, and the base end of each leaf is shaft-coupled to the housing unit, and the front end side rotates in a fan-shaped arc around the base end. Accordingly, it is possible to minimize the exposure of the user to the growing environment while selectively exposing only the receiving unit 150 that needs to be opened according to the purpose of management or work.

On the other hand, the control unit 170 stores the storage target guide information including any one or more of the storage date and time, the storage elapsed time information, and the environmental factor adjustment state of the object accommodated for each storage unit 150, as shown in FIG. As described above, a sensing body 181 including classification code information for each accommodating unit 150 is disposed on the front side of the accommodating unit 150 , and is located close to the opening/closing door unit 113 on the housing unit 110 . A receiving unit detecting unit 182 for detecting the sensing body 181 of the receiving unit 150 stopped at a position corresponding to the opening/closing door unit 113 is disposed at the position, and the control unit 170 includes the receiving unit detecting unit ( 182), by using the classification code information of the receiving unit 150, classifying the receiving unit 150 stopped at a position corresponding to the opening/closing door unit 113 among the plurality of receiving units 150 and dividing the receiving unit By displaying or outputting the receiving target guide information of 150 as characters or numerical values through the display unit 172 provided in the housing unit 110 by voice, it is possible to greatly increase work and management efficiency and to promote user convenience.

In addition, the control unit 170 drives and controls the driving motor 130 so that the receiving unit 150 selected by the user stops at a position corresponding to the opening/closing door unit 113 according to the operation of the manipulation unit 171 , thereby allowing the user to It has the advantage of being able to manage or work on storage objects without going inside.

On the other hand, the control unit 170 uses the classification code information of the receiving unit 150 sensed by the receiving unit detecting unit 182. When the classification code information of the receiving unit 150 selected by the user is recognized by the sensing unit, the driving motor ( By stopping 130 , the driving control can be performed so that the corresponding receiving unit 150 stops at a position corresponding to the opening/closing door unit 113 . Accordingly, there is no need for the user to continuously check the circulating rotation state of the receiving unit 150 and manually operate the driving motor 130 , thereby further increasing management and work efficiency and improving convenience.

In addition, as shown in FIG. 7 , the control unit 170 drives and controls the operation state and setting state of the driving motor 130 and the environment creation unit 160 according to the input signal of the operation unit 171 , and the control unit 170 ) is provided with a signal output terminal 183 for outputting the input signal of the manipulation unit 171 to the outside, and a signal input terminal 184 for receiving the input signal from the outside, respectively, a plurality of indoor and outdoor multi-purpose rotary multi-stage accommodation A plurality of devices 100 and 100' are arranged in succession laterally or stacked up and down, and the signal output terminal 183 of one indoor/outdoor multi-purpose rotary multi-stage storage device 100 is adjacent to the other indoor/outdoor multi-purpose rotary multi-stage storage device ( 100 ′) is signal-connected to the signal input terminal 184 to operate the manipulation unit 171 of the one indoor/outdoor multi-purpose rotary multi-stage storage device 100, and the adjacent multi-purpose rotary multi-stage storage device 100 for indoor and outdoor use is operated. '), the input signal may be transmitted to the control unit 170 .

Therefore, it provides the effect of simultaneously operating and changing the settings of each multi-purpose rotary type multi-stage storage device for indoor and outdoor use with one operation.

On the other hand, each accommodating unit 150 is provided with a accommodating unit selection button 188 that is signal-connected to the control unit 170 and outputs a accommodating unit selection signal according to a user's operation, and the control unit 170 includes the optional receiving unit 150 . ), when a receiving unit selection signal is received from the receiving unit selection button 188 provided in the accommodating unit 150, the drive motor 130 is driven and controlled so that the corresponding receiving unit 150 rotates and stops at a position corresponding to the opening/closing door unit 113. By doing so, it is possible to directly select the receiving unit 150 to be moved to the opening/closing door unit 113 side while visually checking the receiving unit 150 to manage and work, thereby minimizing the user's movement.

In addition, the opening/closing door unit 113 includes an upper door 114 and a lower door 115 that are vertically spaced apart from each other on the housing unit 110 , and a door sensing unit for detecting the open state of each door 114 and 115 . It further includes 189, wherein the control unit 170 determines the open state of the doors 114 and 115 using the detection signal of the door detection unit 189, and receives the receiving unit selection signal in an open state of any door. By driving and controlling the drive motor 130 so that the selected accommodating unit 150 stops at a position corresponding to the opened door, it is possible to minimize the need for the user to operate the manipulation unit 171 to increase the efficiency of work and management. can

By each configuration and function of the multi-purpose rotary multi-stage storage device 100 for indoor and outdoor use according to a preferred embodiment of the present invention as described above, breeding, aquaculture, cultivation and hatching of animals or plants, fermentation, drying and storage of food Various objects can be stored as objects, and the user can minimize exposure to the environment while providing an optimal environment for the storage object. Since they can be arranged at the same time, the storage space can be greatly increased.

As described above, although the present invention has been described with reference to limited embodiments and drawings, the present invention is not limited thereto, and the technical spirit of the present invention and the following by those of ordinary skill in the art to which the present invention pertains. It goes without saying that various modifications and variations are possible within the equivalent scope of the claims to be described.

100...Multi-purpose rotating multi-stage storage device for indoor and outdoor use
110... Enclosure 113... Opening and closing door
121...First axis of rotation 122...Second axis of rotation
123...First chain gear 124...Second chain gear
130...drive motor 140...chain
150...Card 154...Card
160...Environmental Creation Department 170..Control Department
171...Operation unit 172...Display unit

Claims (11)

A space unit 111 is provided inside to control the storage device unit 110a in which objects to be reared, cultured, cultivated, hatched, fermented, dried or stored are accommodated therein, and environmental elements provided to the objects. The enclosure unit 110 divided into a control equipment unit 110b;
a first rotation shaft 121 rotatably horizontally disposed at a lower portion of the space 111 and having a first chain gear 123 mounted on both ends thereof;
a second rotation shaft 122 rotatably horizontally disposed on the upper portion of the space 111 and having second chain gears 124 mounted on both ends thereof;
a driving motor 130 condensed to the first rotation shaft 121 or the second rotation shaft 122 to provide rotational force;
a chain 140 connected between the first chain gear 123 and the second chain gear 124 to transmit rotational force; and
A receiving groove in which the object can be accommodated is provided, a plurality of pieces are arranged horizontally so as to be vertically spaced apart along the chain 140 , and are fixed to the chain 140 to circulate and rotate along the rotation path of the chain 140 . A multi-purpose rotating multi-stage storage device comprising a;
The method according to claim 1,
The control equipment unit (110b),
A ventilation hole 186 for introducing external air into the interior of the space 111 or discharging the internal air of the space 111 to the outside;
An environment creation unit 160 for controlling any or more environmental factors of temperature, humidity, moisture and water, nutrients, air quality, wind, or lighting provided to the object; and
A multi-purpose rotary multi-stage storage device comprising a control unit 170 for operating and controlling the environment creation unit 160 according to an input signal of the operation unit 171 or pre-programmed items.
The method according to claim 1,
The accommodating part 150,
A support bar 151 having both ends fastened to the two chains 140 disposed on both sides, and
A receiving frame 152 in which support walls are respectively formed on both sides and a rear side of the horizontally arranged bottom plate in the width direction;
The lower end is fastened to the housing frame 152 and the upper end is rotatably fastened to the support bar 151 so that the receiving frame 152 rotates in circulation along the chain 140;
A rail 157 disposed inside the receiving frame 152 to be movable forward and backward; and
A multi-purpose rotatable multi-stage storage device comprising a storage box (154) detachably mounted on the rail (157).
4. The method according to claim 3,
The accommodating part 150,
The receiving frame 152 is vertically arranged in multiple stages to be rotatably mounted on both sides in the width direction, respectively, so that the receiving frame 152 that rotates while in contact with the inner wall of the housing unit 110 or a separate guide rail does not shake. Multi-purpose rotary type multi-stage storage device, characterized in that it further comprises a guide roller (155) for supporting.
The method according to claim 1,
It further includes; an opening/closing door unit 113 including an upper door 114 and a lower door 115 that are vertically spaced apart from each other on the housing unit 110,
One door 115 of the upper door 114 and the lower door 115 has an opening and closing area that can be opened so that a single receiving part 150 is exposed to the outside, and the other door 114 has a plurality of A multi-purpose rotating multi-stage storage device, characterized in that it has an opening and closing area that can be opened to simultaneously expose the storage units 150 to the outside.
6. The method of claim 5,
In the control unit 170, the storage target guide information including any one or more of the storage date and time, storage elapsed time information, and environmental factor adjustment state of the object accommodated for each storage unit 150 is stored,
A sensor 181 including classification code information for each receiving unit 150 is disposed on the front side of the receiving unit 150,
At a position close to the opening/closing door unit 113 on the housing unit 110, a receiving unit detecting unit ( 182) is placed,
The control unit 170 uses the classification code information of the accommodating unit 150 detected by the accommodating unit detecting unit 182 to stop the receiving unit at a position corresponding to the opening/closing door unit 113 among the plurality of receiving units 150 . Multi-purpose rotation type multi-stage, characterized in that the storage target guide information of the compartment 150 divided by dividing 150 is displayed in text or numerical form or audio output through the display unit 172 provided in the housing unit 110 storage device.
6. The method of claim 5,
The control equipment unit (110b),
A control unit 170 that drives and controls the driving motor 130 so that the receiving unit 150 selected by the user according to the operation of the operating unit 171 is cyclically rotated to a position corresponding to the opening/closing door unit 113 and stopped A multi-purpose rotating multi-stage storage device, characterized in that.
3. The method according to claim 2,
The control unit 170 is provided with a signal output terminal 183 for outputting the input signal of the operation unit 171 to the outside and a signal input terminal 184 for receiving the input signal from the outside, respectively,
A plurality of indoor/outdoor multi-purpose rotatable multi-stage storage devices 100 and 100 ′ are sequentially arranged laterally or forward or backward, or stacked up and down, and the signal output terminal 183 of one indoor/outdoor multi-purpose rotatable multi-stage storage device 100 is adjacent to the other It is signal-connected to the signal input terminal 184 of the indoor/outdoor multi-purpose rotary multi-stage storage device 100 ′ to operate the manipulation unit 171 of the one indoor/outdoor multi-purpose rotary multi-stage storage device 100 , and the adjacent other indoor/outdoor storage device 100 . A multi-purpose rotary multi-stage storage device for indoor and outdoor use, characterized in that it transmits an input signal to the control unit 170 of the multi-purpose rotary multi-stage storage device 100 ′.
The method according to claim 1,
The control equipment unit (110b) is disposed at the lower end and provided with a space therein further includes a multi-function auxiliary storage unit 185 for storing the thing or storing water,
A camera 174 for photographing a housed object is disposed inside the housing unit 110 , and the control unit 170 is signal-connected to a user terminal disposed at a remote location through a communication module 171 to connect the camera 174 ), a multi-purpose rotating type multi-stage storage device, characterized in that it transmits an image taken from the user terminal or drives and controls the environment creating unit 160 and the driving motor 130 according to a user input signal input from the user terminal.
The method according to claim 1,
A multi-purpose rotating multi-stage storage device, characterized in that a frame (117a) capable of supporting and forming a structure is provided inside or outside the enclosure (110) to attach and connect device parts and enclosure components.
The method according to claim 1,
The housing unit 110 is configured together with the frame 117a, and can separately attach housing structures and components to the inside and outside of the frame 117a, and also effectively attaches and connects thermal insulation materials, plates, and mesh-type protective nets. It is characterized by being able to
The housing unit 110 is divided into a control equipment unit 110b and a storage unit 110a, and a medium that can be connected and communicated with each other is separately provided on the inner wall to facilitate the environment creation, and also connect to each other and a passage at the top. A multi-purpose rotatable multi-stage storage device for indoor and outdoor use, characterized in that it includes an auxiliary space portion (111a) that serves and can mount various sensors and parts.

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