KR101643765B1 - Chicken's mooring having air conditioning and cooling function and chicken's slaughter system having the same - Google Patents

Abstract

The present invention relates to a mooring having air-conditioning functions for supplying chicken for slaughtering chicken through a chicken cage P-box, and to a chicken slaughter system comprising the same. The mooring comprises: a hollow container (110); a vehicle entrance (111) and a vehicle exit (112); a vehivle moving path (101); a box transporting path (102); a lower area (120); a box separation area (130); a box washing area (140); a box loading area (150); and a control unit (160). Provided in the present invention is the mooring having air-conditioning functions, which can maintain fresh conditions for the inside of the mooring by randomly controlling the temperature and the humidity inside the mooring in an introduced state of purified air.

Description

[0001] The present invention relates to a chicken mooring having air conditioning and cooling function and chicken slaughter system having the same function,

The present invention relates to a mooring station having an air conditioning function and a mooring system including the mooring station, wherein the mooring station is arranged in a building equipped with air conditioning facilities in a state of being shielded from the outside, To a mooring station which is supplied with a livelihood for a pottery through a parenchyma P-box, and to a pottery system including the same, which has an air conditioning function with an environment capable of ensuring stable sleeping.

Korea's export of chicken in 2015 is $ 32,600,000. Among them, Samgyetang exports $ 5,200,000, and the remaining $ 27,400,000 accounts for 85% of Korea's exports of chickens due to the export of spawning stocks.

The exporting countries are Vietnam, Hong Kong (China), Japan, and the United States. The export market was pioneered by the applicant 25 years ago, Hong Kong (China) 22 years ago and Vietnam 11 years ago. As one of the founders of the spawning industry, he has visited and pioneered the overseas market more than 100 times for the internationalization and development of the project. He is currently the chairman of the Korea Chicken Exports Council and plays a leading role in the export of beef. Therefore, Xing Green FS operated by the present applicant accounts for 43% of Korea's chicken exports with annual export of chicken meat of $ 14,000,000.

As can be seen from the statistics, Korea's chicken exports are dominated by spawning stocks, and Vietnam, Hong Kong (China) and Japan are major exporting countries. Japan's spawning market is about three times that of Korea and China is about 30 times .

In the meantime, Japan has been the most advanced in the egg-laying process and processing industry, but in October 2015, Singing Green FS completed the egg-laying field for the egg-laying system. The reason for this is that the export of chicken meat in Korea has not been increased because the consumers of exporting countries in overseas have treated the quality of Korean chicken meat as grade 3. As a result, The export of chicken meat has been on the rise since 2016, as Xing Green FS has been completed with a slaughtering system dedicated to the sake field and the quality of its products has been recognized as superior to that of any country in the world.

As a result, the company is requesting a visit from Japan, China, Taiwan and other countries. On June 21, 2015, the Ministry of Agriculture, Forestry and Fisheries of Japan submitted a request for a visit to a new breeding ground It is in work.

Generally, the process of producing the galleries is carried out by the manufactur- ers of the galleries, which are transferred to the vehicles dispatched in accordance with the shipment schedule of the livelihoods that are produced in the poultry farms strategically contracted with the farmers in the producing companies.

The municipal producer puts the purchase cost for the delivered livelihood into the municipal process after the municipal farmer has paid it to the poultry farm.

In the process of slaughtering, a process of bleeding, which stalls the livelihood in a predetermined manner and then discharges the blood in the living body, a process of unhairing the unhairing hair to remove the hair of the lost blood, a chain shackle, Is carried out is carried out.

When the extraction process is completed, the cooling process for retaining freshness, the aging process, the sorting process, and the packaging process are individually selected and supplied to the consumer.

On the other hand, in the case of a doghouse which is conventionally accommodated for livelihood transportation, it is kept fixed with a large steel frame on the vehicle, so that it is not possible to move the doghouse fixed to the vehicle to a mooring station of the slaughterhouse, There is a limitation that the moor space must be very wide because there is a problem of mooring by itself.

In addition, since the vehicle must be moored to the vehicle itself, it is not possible to provide an air conditioning facility inside the mooring station, so that the room temperature can not be controlled and the mooring time is also long.

The above-mentioned conventional mooring area has a high mortality rate and the already stressed chickens are loaded, resulting in a decrease in the living weight. For example, when calculating 1 hour of departure time, 2 to 5 hours of running time, and 5 to 15 hours of mooring time, there is a limitation that the running of the returning vehicle is only one rotation per day.

In addition, when the farm is in a long distance or when the vehicle comes in the evening, the mooring time will increase, and you will have to travel about two rounds in three days. In addition, the biggest loss in the conventional livelihood transportation system is that the chickens who are in a hurry are put on the vehicle for a long time, resulting in a decrease in biomass and an increased incidence of quadrants.

On the other hand, the reason why the slaughterhouse is pointed out as an aversion facility is one of the reasons for the pollution and bad smell caused by the poor facilities which are not controlled. In the case of analyzing the cause, the air conditioning equipment of the transportation vehicle bearing the pre- Vehicles that have livelihoods are moored on the mooring grounds that are not equipped with equipment, so that odor is generated in the air flowing out to the outside of the gas field, and minute dusts including the chicken hair are generated.

As a conventional literature which suggests a technique related to a quality inspection system of a metallurgical process, reference is made to Korean Patent No. 10-0786823 (December 20, 2007). The above document estimates the causes of defects that occur in breeding, transit, transportation, and grazing of livestock through analysis of automatic quality inspection results, and ultimately introduces systematic breeding management methods such as improvement of breeding quality and prevention of deterioration in quality in transportation and transportation .

(Patent Document 1) KR10-0786823 B

SUMMARY OF THE INVENTION The present invention has been made in an effort to solve the above-described conventional problems, and it is an object of the present invention to provide an air conditioner, To provide a mooring facility having an air conditioning function capable of always maintaining a comfortable state inside the mooring.

The present invention also provides a process for allowing air to flow through the underground of a mooring station when air is blown through a fan installed in a ceiling in a mooring station and sucking and sucking air through a strong fan outside the mooring station To the outside of the building.

In addition, the present invention can be carried out by using a roller covered with a stainless steel bar PVC cover so as to be able to immediately take off a canopy P-box having a plurality of stages stacked on a transportation vehicle entering a mooring station, It is aimed to shorten the time, to use the blue light inside the mooring area and to adjust the temperature and humidity to guarantee the sleeping right, so as to alleviate the tension of the chickens arriving at the mooring point and to improve the quality of the mooring.

According to an aspect of the present invention, there is provided a mooring station having an air conditioning function, the mooring station including a plurality of unitary rigid P-boxes loaded with lifelong units, - a hollow container (110) for forming a closed space with the outside so that the boxes can move sequentially; A vehicle entry port 111 and a vehicle entry port 112 formed at one side and the other side of the container 110; A vehicle travel path 101 formed inside the container 110 along the vehicle entry opening 111 and the vehicle entry opening 112; A box conveying path (102) arranged adjacent to the vehicle moving path (101) along the vehicle entering port (111) and the vehicle entrance port (112); An unloading zone (120) in which a plurality of unitary rectangular boxes unloaded from the vehicle entering through the vehicle entry opening (111) are moved from the vehicle moving path (101) to the box conveying path (102); A box separation zone (130) connected to the loading zone (120) along the box conveying path (102); A box cleaning zone 140 connected to the box separation zone 130 along the box conveyance path 102; A plurality of unitary girder boxes are disposed on the vehicle traveling path 101 from the box conveying path 102 so as to pick up the washed plurality of unitary girder boxes prior to entry of the vehicle entering through the vehicle entrance 112. [ Which is a space to be moved to the main body 150; And a controller 160 connected to the vehicle entry port 111 and the vehicle entry port 112,

The mooring station 100 includes a plurality of blue LEDs 171 and a temperature and humidity control unit 172 disposed on a ceiling in the container 110 and includes a door sensing unit 165 constituting the control unit 160, When the vehicle enters the vehicle through the vehicle entrance 111, the vehicle entrance 111 is opened and the blue LED 171 is lit, and at the same time, (172).

A ceiling partition for controlling the amount of intake air and a fan for blowing air adjust the capacity of the air in the cage 100.

The mooring station (100) comprises: a plurality of rolling rollers (103) in the form of a stainless steel rod disposed on top of a box conveying path (102) in the container (110); An exhaust line (104) communicating with a space between the plurality of rollers (103) on a lower portion of the box conveying path (102); And an exhaust fan (175) disposed on the exhaust line (104), wherein when air is blown from the mooring platform (100) through the fan (173) And can be exhausted to the outside of the mooring platform 100 through an underground air passage through a plurality of roller 103 structures.

The temperature and humidity control device 172 includes: a plurality of fans 173 disposed in the ceiling in the container 110; And a plurality of sprinklers 174 disposed between the plurality of fans 173.

The plurality of unitary rectangular P-boxes are each in the shape of a hexahedron whose shape becomes narrower as it goes down. Each of the unit openings has a vent hole for allowing air to flow in and out of the box, And a hinged door.

According to another aspect of the present invention, there is provided a meteorological system including: a mooring platform; A sculpting part (30) for sequentially performing sculptural processing on chickens housed in the unit stalling box after the unloading unit box unloaded from the mooring station (100) is moved; And a quality inspection and shipment unit (40) for quality inspection and shipment of chickens that have been processed.

In the gauging system according to the present invention as described above, the mooring station constituting the gauging system is designed to be usable as a preparation room, and the mooring facility is equipped with an air conditioning facility in a building without a window blocked from the outside, The inflow air can be purified, and only a certain amount of air can be inflowed, and the temperature and humidity in the apron can be arbitrarily adjusted through the air conditioner with respect to the purified inflow air.

Inside the moorings, fans are installed on the ceiling, and the cooling pad regulates the temperature and humidity of the moorings by creating an environment in which the cooling water is sprayed like mist.

In the mooring area, when air is blown from the upper part to the lower part through the fan, the contaminated air is sucked into the underground through the roller-shaped structures spaced apart from the floor of the mooring part, Can be exported. This makes it possible to keep the inside of the moor always comfortable.

The polluted air discharged to the outside of the mooring building according to the present invention flows out through the dust collection facility which is an odor removal facility installed on the roof of the building and the odor is removed to thereby remove the inflow, The amount and quality of the air can be integrally managed at once.

On the other hand, in the process of introducing air into the mooring building, purified air is filtered through a cooling tower installed in an inflow window frame on the upper part of the building, and the amount of inflow air is controlled through a space between the ceiling tin The air that is formed and the air entering the dock is operated and the temperature and humidity are controlled. The air leaking out of the dock is leaked through the dust collection facility, which is installed on the rooftop of the building outside the dock, through the underground passage through the powerful fan, and the odor is removed. On the upper part of the dust collection facility, pine bark, , The air that has been contaminated by the dust collecting facility is discharged, and the air that escapes is discharged from the sprinkler installed in the upper part of the natural purifying agent to the upper part of the dust collecting apparatus, Thereby making it possible to remove odors.

As a result, all the facilities of the sake field are controlled within the building and the environmental management is performed in order to prevent the smell of the sake field from being generated, thereby enabling the sake field facility to be transformed into an eco-friendly industry instead of a dislike facility.

On the other hand, by placing a blue interior light inside the moor, chickens arriving at the moor recognize blue as a night, and through this, chickens transferred through the vehicle from the farm receive sleep I will.

On the other hand, it is possible to allow a person to use a hand to pull on a container of a stainless steel rod in a dock without difficulty by using a hand-held box having a plurality of stages stacked on a conveyance vehicle entering the dock. The roller in the form of the stainless steel bar has a structure in which PVC is wrapped, and the operator can move the box without applying a large force.

As described above, according to the present invention, after the living vehicle enters the mooring area of the slaughterhouse, the mooring box containing the chicken is immediately unloaded from the mooring area without a separate waiting area, This system provides a system that allows the completed box to be taken directly to the vehicle. By doing so, the waiting time of the vehicle is greatly shortened, so that the chickens moving on the farm from the farm arrive at the apron, By making it possible to sleep, it is possible to improve the taste of the chicken by preventing the tensions of the chicken, and at the same time, it is possible to transport the car by one rotation per day or twice per day.

Conventionally, there has been a problem that the time for the chicken to be put on the vehicle is at least 3 hours to 20 hours at the general slaughterhouse, but the sachet system according to the present invention keeps the time of putting the chicken on the vehicle in the range of 2 hours to 5 hours So as not to exceed the maximum of 5 hours to minimize the stress and fatigue the chicken can receive.

In other words, the stress of the chicken is caused by the decrease of the four seasons and the decrease of the weight, which makes it possible to switch from a pleasant space to a sleepable space, not a waiting space because the chicken is strained.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a block diagram of a meteorological system including a mooring station according to the present invention;
FIG. 2 is a flow chart showing a metering process using the metering system of the present invention,
3 is a view showing an air conditioning function and a blue light arrangement structure of a mooring station according to the present invention,
FIG. 4 is a view showing a control relation for a lamp, a fan, a sprinkler,
5 is a view showing the shape of a unitary rectangular P-box applied to the present invention,
6 is a view showing a state in which the upper door is opened in the unitary rectangular P-box of Fig. 5, and Fig.
7 and 8 are views showing a state in which a plurality of unitary rectangular P-boxes are stacked, from the front side and the side view, respectively.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings. It should be understood, however, that the invention is not limited to the disclosed embodiments, but is capable of other various forms of implementation, and that these embodiments are provided so that this disclosure will be thorough and complete, It is provided to let you know completely. Wherein like reference numerals refer to like elements throughout.

It should be noted that, in adding reference numerals to the constituent elements of the drawings, the same constituent elements are denoted by the same reference numerals whenever possible, even if they are shown in different drawings. In the following description of the present invention, a detailed description of known functions and configurations incorporated herein will be omitted when it may make the subject matter of the present invention rather unclear.

In describing the components of the present invention, terms such as first, second, A, B, (a), and (b) may be used. These terms are intended to distinguish the constituent elements from other constituent elements, and the terms do not limit the nature, order or order of the constituent elements. When a component is described as being "connected", "coupled", or "connected" to another component, the component may be directly connected or connected to the other component, Quot; may be "connected," "coupled," or "connected. &Quot;

2 is a flowchart showing a glazing process using the glazing system of the present invention, Fig. 3 is a view showing an air conditioning function and a blue light arrangement structure according to the present invention. Fig. FIG. 5 is a view showing a form of a unitary rectangular P-box applied to the present invention. FIG. 6 is a view showing a unitary fly- FIG. 7 and FIG. 8 are views showing a state in which a plurality of unitary rectangular P-boxes are stacked on the front and side, respectively. FIG.

Hereinafter, a mooring station having an air conditioning function and a gauging system including the same will be described with reference to Figs. 1 to 8.

The gauging system according to the present invention includes a dispenser 10 for carrying out a vehicle transportation plan for transporting a livelihood according to a shipment schedule of a raised livelihood, chickens grown on a vehicle moved in the dispatching unit 10, (100) in which a vehicle on which a unitary P-box is loaded and a vehicle enters and departs from the unit rigid field P (100) unloaded from the mooring station (100) Box processing unit 30 in which chickens housed in the unitary P-box are sequentially processed after the box is moved, and a quality inspection unit for quality inspection and shipment of the chickens that have undergone the chopping process, 40).

In the farm 20, a cage for transportation of the living system is used as a unitary rectangular P-box having a door at the upper part thereof. The worker takes the livelihood through the open upper doorway of the Unitary P-box with both hands holding the wings of the livelihood. Conventionally, when a chicken is held by a worker holding a chicken ankle by a hand and the chicken is caught by the leg, the wing is opened and the wing is damaged in the process of pulling the person, thereby deteriorating quality Factor.

5 to 6, according to the present invention, it is possible to collect chickens and allow the chickens to be loaded on a vehicle by using a unitary rectangular P-box in which a door for inserting chickens is formed as described above, It makes it easier to transport and load cages that keep chickens while improving quality. The unitary rigid P-box used in the present invention is in the form of a hexahedron whose shape becomes narrower as it goes downward, and on each side, a vent hole for allowing air to flow in and out of the box is formed. The unitary outdoor unit P-box enables the worker to input and discharge the living system through the process of opening or closing the hinged door which is rotatably coupled to the upper part.

7 to 8, in the case of vertically stacking a plurality of unitary rigid P-boxes, a unitary rigid frame P-box disposed on the lower layer to prevent the unitary rigid P- A blocking wall of a predetermined height is set along the upper edge of the box.

On the other hand, the unit rigid P-box can be continuously stacked up and down, and after loading the plurality of unit rigid box boxes on the open side of the vehicle in a sliding manner, And fastened using a plurality of fixing bars vertically coupled. The plurality of fixing bars are disposed adjacent to each other on the side of the plurality of unitary rectangular boxes loaded.

The docking station 100 forms a closed space with respect to the outside so that a plurality of unitary inner P-boxes loaded with lifelong can be moved sequentially and a plurality of unitary inner P-boxes unloaded from the upland vehicle can be sequentially moved A vehicle entry opening 111 and a vehicle entry opening 112 respectively formed at one side and the other side of the container 110 and a container (not shown) along the vehicle entry opening 111 and the vehicle entry opening 112, A box transfer path 102 disposed adjacent to the side of the vehicle travel path 101 along the vehicle entry port 111 and the vehicle entry port 112, Boxes 102 are moved from the vehicle moving path 101 to the box conveying path 102, and the box conveying path 102, which is a space in which the plurality of unitary inner P- A box separation zone 130 connected to the loading zone 120, Box cleaning area 140 connected to the box separation area 130 along the trough 102 and a plurality of unitary long P-boxes cleaned before entering the vehicle through the vehicle entrance 112 A box up-and-down area 150 in which a plurality of unitary P-boxes are moved from the box conveying path 102 to the vehicle moving path 101 and a vehicle entrance port 111 and a vehicle entrance 112, And a controller 160 connected to the controller 160.

The mooring station 100 is a preparation room function, and prepares work for performing a metacafe operation on a livelihood accommodated in a plurality of unitary-length P-boxes transferred through an on-board vehicle.

A conveyor belt system is disposed on the box conveying path 102 so that a plurality of conveying belt systems are disposed on the conveying belt system for conveying the conveying belt system through the conveying belt system 120, the box separating area 130, the box washing area 140, Thereby making it possible to continuously and conveniently move unitary P-boxes.

3, the mooring platform 100 includes a plurality of blue LEDs 171 and a temperature / humidity control device 172 on the ceiling in the container 110, and the box conveying path 102 in the container 110, And a roller 103 in the form of a plurality of stainless steel rods capable of rolling motion is provided on the upper end.

The blue LED or the like 171 allows the operator to identify the object by installing and using the blue light in the inside of the mooring area, and the chickens arriving at the mooring area can not distinguish the blue color and recognize as night, Chickens who have become stressed can be asked to sleep.

The temperature and humidity control device 172 includes a plurality of fans 173 disposed in the ceiling in the container 110 and a plurality of sprinklers 174 disposed between the plurality of fans 173. [ The plurality of fans 173 and the sprinkler 174 spray the cooling water like a mist, and at the same time, regulate the temperature and the humidity of the apron by forming an air circulation environment using underground space.

A plurality of stainless steel bar shaped rollers 103 allow a worker to easily pull a plurality of canopy boxes unloaded from the transportation vehicle to move within the cage. The roller in the form of the stainless steel bar has a structure in which PVC is wrapped, and the operator can move the box without applying a large force.

Between the rollers 103, there is provided a subway exhaust line 104 for forcibly exhausting the air in the mooring area and an exhaust fan 175 disposed on the subterranean exhaust line 104, In the case of blowing air from the upper part to the lower part through the fan 173, it is sucked into the roller-shaped structures spaced apart from the floor of the mooring floor, (175). This makes it possible to keep the inside of the moor always comfortable.

A separate air outlet is formed at the side of the mooring platform 100 so that the air exhausted through the air passage under the mooring can be discharged to the outside.

The control unit 160 includes a light control unit 161, a temperature / humidity control unit 163, and a door sensing unit 165. The light control unit 161 is connected to the blue LED 171 and the temperature and humidity control unit 163 is connected to the plurality of fans 173 and the sprinkler 174. The door sensing unit 165 is connected to the vehicle entrance 111 and the vehicle advancement port 112, respectively.

In this state, when the door detection unit 165 senses a vehicle entering through a vehicle detection sensor (not shown) disposed at the upper end of the vehicle entry opening 111, the vehicle entry opening 111 is opened, And the plurality of fans 173 and the sprinkler 174 can be operated at the same time. On the other hand, the blue LED 171 may be turned on at any time depending on the situation.

The purification structure of polluted air in the present invention will be described in detail as follows.

The process of introducing air into the interior of the container 110 which is the building of the mooring platform 100 is a process in which purified air is filtered through the cooling tower installed in the inflow window frame on the upper part of the container 110, The amount of the inflow air is controlled through the space of the container 110 and the air introduced into the container 110 is operated to adjust the temperature and humidity.

The air flowing out to the outside of the container 110 of the dock is discharged through the dust collecting facility, which is an odor removal facility installed on the roof of the container 110, which is the outside of the dock, through the underground passage through the strong fan, and the odor is removed. Natural purging agents such as pine bark, pine needles, and charcoal are stacked at a height of several tens of centimeters, for example, about 40 to 50 centimeters, so that the contaminated air escapes through the dust collecting apparatus and escapes from the upper part of the dust collecting apparatus, The water supplied to the upper side of the sprinkler is backpressed with water and flows into the wastewater field, thereby making it possible to remove odors.

In order to prevent the generation of odor in the sake field, the present invention is to control all the facilities of the sake field through the outflow structure of the polluted air as described above, so that the sake field facility is transformed into an eco- I can do it.

The chopping unit 30 receives the chopped chopping boxes separated through the box separating zone 130 of the chopping station 100 sequentially through the box supply line 105 and then suspends the chickens in the chopping chopper box , And transfers the bin empty box to the box washing area 140 through the box recovery line 106. The space in which the hanging process is performed in the potting section 30 allows the chickens suspended from the blue light to maintain the sleep state. Thereafter, bleeding, stirring, scraping, and extraction are continuously performed.

The quality inspection and shipment for the chickens cultivated in the chopping section 30 is carried out at the quality inspection and shipment section 40.

2, the overall operation of the mooring station having the air conditioning function and the gauze system including the mooring function will be described in order.

First, in the farm, the livelihood is transferred to the vehicle by using a unitary rectangular box in which a door is formed in the upper part (S10).

And moves from the farm to the slaughterhouse using the vehicle (S12).

The vehicle which has moved to the slaughterhouse enters the inside through the vehicle entrance 111 of the mooring station 100 through the door detection unit 165 (S14).

The controller 160 turns on the blue LED 171 at the same time that the vehicle entrance 111 is opened (S16).

Simultaneously with the step S16, the fan 173 and the sprinkler 174 of the mooring platform 100 are operated through the temperature and humidity control unit 163 (S20).

Thereafter, the unit is moved from the vehicle to the box moving area 102 (S22).

The unit movable box pierced into the box moving area 102 is transferred to the box separation area 130 (S24).

The suspending process is performed on the sculpting section 30 (S26).

The bin unit is automatically transferred to the conveyor belt in the box cleaning zone 140 (S28).

Steam and cleaning of the box are performed on the box cleaning area 140 (S30).

Next, a bin unitary box is placed on the vehicle in the box up-and-down zone 150 (S32).

The mooring station having the air conditioning function and the mooring system including the mooring function according to the present invention as described above can arbitrarily adjust the temperature and humidity in the mooring station while keeping the mooring station as a building equipped with the air- It keeps the interior always pleasant and enables environmental management of slaughterhouse or mooring area. It also ensures the sleeping of the transferred chickens by using blue light, thereby relieving the tension of chickens arriving at the mooring area, thereby improving the quality of the chickens.

It is to be understood that the terms "comprises", "comprising", or "having" as used in the foregoing description mean that the constituent element can be implanted unless specifically stated to the contrary, But should be construed as further including other elements. All terms, including technical and scientific terms, have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs, unless otherwise defined. Commonly used terms, such as predefined terms, should be interpreted to be consistent with the contextual meanings of the related art, and are not to be construed as ideal or overly formal, unless expressly defined to the contrary.

The foregoing description is merely illustrative of the technical idea of the present invention, and various changes and modifications may be made by those skilled in the art without departing from the essential characteristics of the present invention. Therefore, the embodiments disclosed in the present invention are intended to illustrate rather than limit the scope of the present invention, and the scope of the technical idea of the present invention is not limited by these embodiments. The scope of protection of the present invention should be construed according to the following claims, and all technical ideas within the scope of equivalents should be construed as falling within the scope of the present invention.

Claims (5)

In a mooring station (100) having an air conditioning function, the mooring station (100)
A hollow container for forming a closed space with respect to the outside so that a plurality of unitary inner P-boxes unloaded from the out-of-service vehicle and the out-of-service vehicle loaded with the plurality of unitary inner P- 110);
A vehicle entry port 111 and a vehicle entry port 112 formed at one side and the other side of the container 110;
A vehicle travel path 101 formed inside the container 110 along the vehicle entry opening 111 and the vehicle entry opening 112;
A box conveying path (102) arranged adjacent to the vehicle moving path (101) along the vehicle entering port (111) and the vehicle entrance port (112);
An unloading zone 120 in which a plurality of unit rigid P-boxes unloaded from the vehicle entering through the vehicle entry port 111 are moved from the vehicle moving path 101 to the box conveying path 102;
A box separation zone (130) connected to the loading zone (120) along the box conveying path (102);
A box cleaning zone 140 connected to the box separation zone 130 along the box conveyance path 102;
Boxes are moved from the box conveying path 102 to the vehicle conveying path 102 in order to pick up the washed unitary long-length P-boxes before entering the vehicle through the vehicle entrance 112. [ Which is a space to be moved to the furnace 101; And
And a controller 160 connected to the vehicle entry port 111 and the vehicle entry port 112,
The mooring station (100)
A plurality of blue LED lamps (171) and a temperature / humidity control device (172) arranged on the ceiling in the container (110)
When the door detection unit 165 constituting the control unit 160 detects a vehicle entering through the vehicle detection sensor disposed at the vehicle entry port 111, the vehicle entry port 111 is opened, The LED 171 is turned on and the temperature and humidity control device 172 is operated,
Apron.
The method according to claim 1,
The mooring station (100)
A roller 103 in the form of a plurality of stainless steel rods capable of rolling movement disposed on top of the box conveying path 102 in the container 110;
An exhaust line (104) communicating with a space between the plurality of rollers (103) on a lower portion of the box conveying path (102); And
Further comprising an exhaust fan (175) disposed on the exhaust line (104)
In this way, when air is blown from the upper part to the lower part through the plurality of fans 173 disposed in the ceiling in the container 110 in the mooring platform 100, Which can be discharged through the underground air passage to the outside of the mooring platform 100,
Apron.
The method according to claim 1,
The temperature / humidity control device (172)
A plurality of fans 173 disposed in the ceiling in the container 110; And
And a plurality of sprinklers (174) disposed between the plurality of fans (173).
Apron.
The method according to claim 1,
The plurality of unitary rectangular P-boxes are each in the shape of a hexahedron whose shape becomes narrower as it goes down. Each of the unit openings has a vent hole for allowing air to flow in and out of the box, With a hinged door,
Apron.
A metrology system comprising a mooring station as claimed in any one of claims 1 to 4,
The metrology system comprises:
The mooring platform 100;
A pottery processing unit (30) for sequentially processing chickens housed in the unitary chuck box after the unitary chuck box unloaded from the cradle (100) is moved; And
A quality inspection and shipment unit (40) for quality inspection and shipment of chickens,
The meteorological system.

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