• 专利附录
  • 专利说明
  • 权利要求
  • 类似技术
  • 同族专利
  • 引用文献
  • 法律状态
  • 优先权
    • 专利摘要:
    The present invention relates to the wind energy field and the refrigerator truck field, and specifically, to an air flow conveying ventilation window of a refrigeration container. The air flow conveying ventilation window includes a refrigeration container body of a refrigerator truck, an air window , a glass guard plate, a handle, a guide rail, and a filter mesh, and the air window includes a air window blade and a thin connecting rod. The specially designed air window provided is combined with the refrigeration container of the refrigerator truck, to introduce air flows generated by the running truck and convey original cold air flows in the container, so as to decrease a possibility that frozen food is concentratedly blown by cold air for an excessively long time. The present invention provides a new manner of changing air flow in the refrigeration container of the refrigerator truck.
    公开号:NL2024958A
    申请号:NL2024958
    申请日:2020-02-21
    公开日:2020-04-29
    发明作者:Xie Jing；Sun Yuyao；Wang Jinfeng
    申请人:Univ Shanghai Ocean；
    IPC主号:
    专利说明:

    AIR FLOW CONVEYING VENTILATION WINDOW OF REFRIGERATION CONTAINER
    FIELD OF TECHNOLOGY [0001 ] The present invention relates to tire wind energy- field and the refrigeration container 5 field, and specifically, to an air flow conveying ventilation window of a refrigeration container.
    BACKGROUND [0002] Transporting refrigerated food by using a refrigerator truck is a very common food transportation manner, which is convenient and has a strong capability of food refrigeration. In winter, 10 outdoor temperature is sometimes lower than indoor temperature. Introducing of outdoor cold air into a refrigeration container can lower the temperature in the refrigeration container and reduce the energy consumption of a refrigerating unit.
    SUMMARY [0003] One objective of the present invention is to provide an air flow conveying ventilation window of a refrigeration container. A special ventilation window structure is combined with a refrigerator track, and air flows produced by the running refrigerator track are introduced into the refrigeration container by using the ventilation window structure, so as to lower temperature in the refrigeration container, and reduce energy consumption of a refrigerating unit.
    [0Θ04]' To achieve the foregoing objective, an e mbodiment of the present invention provides an air flow conveying ventilation window of a refrigeration container, including a refrigeration container body of a refrigerator truck, an air window· unit, a glass guard plate unit, a handle unit, a guide rail unit, and a filter mesh unit. The air window unit includes an air window blade unit, and a connecting rod. The air window unit includes a first air window, a second air window-, a third air window, a fourth air window, a fifth air window, a sixth air window; a seventh air window; and an eighth air window. The glass guard plate unit includes a first glass guard plate, a second glass guard plate, a third glass guard plate, a fourth glass guard plate, a fifth glass guard plate, a sixth glass guard plate, a seventh glass guard plate, and an eighth glass guard plate. The handle unit includes a first handle, a second handle, a third handle, a fourth handle, a fifth handle, a sixth handle, a seventh handle, an eighth handle, a ninth handle, a tenth handle, an eleventh handle, a twelfth handle, a thirteenth handle, a fourteenth handle, a fifteenth handle, and a sixteenth handle. The guide rad unit includes a first guide rail, a second guide rail, a third guide rail, a fourth guide rail, a fifth guide rail, a sixth guide rail, a seventh guide rail, and an eighth guide rail. The filter mesh unit includes a first filter mesh, a second filter mesh, a third filter mesh, a fourth filter mesh, a fifth filter mesh, a sixth filter mesh, a seventh filter mesh, and an eighth filter mesh. Tire air window blade unit includes a first blade, a second blade, a third blade, a fourth blade, a fifth blade, a sixth blade, a seventh blade, an eighth blade, a ninth blade, and a tenth, blade. Tin; first air window, the second air window, the third air window, and the fourth air window are configured as a first set of the air window unit and installed on a left side of the refrigeration container. The fifth air window, the sixth air window, the seventh air window, and the eighth air window are configured as a second set of the air window unit and installed on a right side of the refrigeration container. The glass guard plate unit is installed beside the air window unit. Tire glass guard plate unit slides along the guide rail to control the air window unit. Two handles are symmetrically installed on each glass guard plate, which are used to control sliding of the glass guard plate. The guide rails are installed on an outer side of the refrigeration container, which are used to carry the glass guard plates. The filter meshes are installed on an inner side of the refrigeration container, which cover each corresponding air windows, to filter air entering the container. The first blade is connected to the second blade by using lite connecting tod. the third blade is connected to tire fourth blade by using the connecting rod, the fifth blade is connected to the sixth blade by using the connecting rod, tire seventh blade is connected to the eighth blade by using the connecting rod, the ninth blade is connected to the tenth blade by using the connecting rod, and the five blade connection groups are connected together by rising one long connecting rod. to form an integrated double-layer air window;
    [0005] Preferably, a plurality of air windows are installed at différent heights, to ensure that introduced air flows can be generated at the different heights, to reduce areas that cannot be affected by the air flows.
    [0006] Optionally, a size of the air windows is modified based on a specific size of the refrigeration container of the refrigerator truck, and a quantity of installed air windows may also be adjusted depending on a specific situation.
    [0007] Preferably, the glass guard plates use a high-strength and light-weight material to resist damage of disastrous weather.
    [0008] Optionally, a quantity and a size of handles installed on the glass guard plate are adjusted based on a size of the glass guard plate, and a design: criteria is that the glass guard plate moves conveniently and relatively small stress generated.
    [0009] Optionally, an installation shape of the filter mesh is adjusted based on specific local wind power. If the local wind power is excessively high, a metal frame is installed herein to fasten the filter mesh.
    [0010] Preferably, a length of the guide ra il is 5 cm greater than a sum of a length of the air window and a length of the glass guard plate.
    [0011] Preferably, the guide rail is equipped with closed ends, to ensure that the glass guard plate does not slide out of the guide rail when moving, [0012] Preferably, the blade of the air window uses a high-strength, light-weight, and higher-tenacity' material.
    [0013] Preferably, a space of 2 mm to 5 mm is reserved between the blades of the air window, to ensure smooth entering of air air flow.
    [0014] Preferably, the air window is provided with double-layer blades.
    [0015] Based on the present invention, outdoor w ind and air flows generated by the running refrigerator truck are effectively introduced into the refrigeration container, to reduce temperature of air in the container, thereby achieve the purpose of energy conservation and consumption reduction. In this way, a new thought of energy conservation and control in die refrigeration container of the refrigerator track is provided.
    BRIEF DESCRIPTION OF THE DRAWINGS [0016] Fig. 1 shows a schematic diagram of a front view of left side of an air flow conveying ventilation window of a refrigeration container according to the present invention;
    [0017] Fig. 2 shows a schematic diagram of a front view of right side of an air flowconveying ventilation window of a refrigeration container according to the present invention;
    [0018] Fig. 3 shows a schematic diagram of a top view of an upper layer of an air flow conveying ventilation window of a refrigeration container according to the present invention;
    [0019] Fig. 4 shows a schematic diagram of a top view of a lower layer of an air flowconveying ventilation window of a refrigeration container according to the present invention:
    [0020] Fig. 5 shows a from view of a filter mesh:.
    [0021] Fig. 6 shows a schematic diagram of an .air window of aft air flow conveying ventilation window of a refrigeration container according to the present invention;
    [0022] Fig. 7 show s a schematic diagram of an air window of Fig. 6 after deflection;
    [0023] wherein 1.1 -first air window; 1.2-second air window, 13 third air window;
    1.4~fomth air window; 1.5-fifth air window; 1.6-sixth air window; 1.7-seventh air window;
    1.8-eighth air window, 2.1-first glass guard plate, 2.2-second glass guard plate, 2.3-third glass guard plate. 2,4-fourth glass guard plate, 2.5-fifth glass guard plate, 2.6-sixth glass guard plate, 2.7-seventh glass guard plate, 2.8 eighth glass guard plate, 3.1-first handle. 3.2-second handle, 3.3 -third handle,
    3.4- fourth handle, 3.5-fifth handle, 3.6-sixth handle, 3.7-seventh handle, 3.8-eighth handle, 3,9 -ninth handle, 3,10-tenth handle, 3.11-eleventh handle, 3.12-twelfth handle, 3.13-thirteenth handle, 3.14-fourteenÜi handle, 3.15-fifteenth handle, 3.16-sixteenth handle, 4.1-first guide rail. 4.2-second guide rail, 4.3-third guide rail, and 4.4-fourth guide rail, 4.5-fifth guide rail, 4.6-six.th guide rail. 4.7-seventh guide rail, and 4.8-eighth guide rail, 5.1 -first filter mesh, 5.2-second filter mesh, 5.3-third filter mesh, 5.4-fourth filter mesh, 5.5-fifth filter mesh, 5.6-srxth filter mesh, 5.7-seventh filter mesh., and 5.8-eighth filter mesh. 6.1-first blade, 6.2-second blade, 6.3-third blade.
    6.4- foiirth blade, 6.5-fifth blade, 6.6-sixth blade. 6.7-seventh blade, 6.8-eighth blade, 6.9-ninth blade, and 6.10 -tenth blade.
    DETAILED DESCRIPTIONOFTHE EMBODIMENTS [0024] Tlie following further describes the specific embodiments of the present invention in detail in combination with the accompanying drawings.
    [0025] An air flow conveying ventilation window of a refrigeration container in the present invention may be installed on a refrigeration container of a refrigerator truck having any size specification. Device selection and an installation location may be specifically adjusted based on a specific size of the refrigerator track. Generally, there are a small refrigerator truck and a large refrigerator truck.
    [0026] The air Sow conveying ventilation window of the refrigeration container in the present invention is designed by using an example in which a small Jinbei refrigerator truck is used as a basic vehicle. A size of the entire vehicle is 4950^1720-2530 mm. a size of a container bodv is
    2850 -: 1580 - 1600 mm, and a volume of the container body is about 7.2 m [0Ö27J For the air flow conveying ventilation window of the refrigeration container, left and right sides of the refrigeration container are used as design platforms, and structures on the two sides such as air windows are symmetrically installed.
    [0028] As shown in Fig. 1 and Fig. 2, a front structure, of an air flow conveying ventilation window of a refrigeration container provided in an embodiment of the present invention includes a first air window 1.1, a second air window 1.2, a third air window 1.3, a fourth air window 1.4, a fifth air window 1.5, a sixth air window 1.6. a seventh air window 1.7, an eighth air window 1.8. a first glass guard plate 2.1. a second glass guard plate 2.2, a third glass guard plate 2.3, a fourth glass guard plate 2.4, a fifth glass guard plate 2.5, a sixth glass guard plate 2.6. a seventh glass guard plate 2.7, an eighth glass guard plate 2.8, a first handle 3.1, a second handle 3.2, a third handle 3.3, a fourth handle 3.4, a fifth handle 3.5, a sixth handle 3.6, a seventh handle 3.7. an eighth handle 3.8, a ninth handle 3.9, a tenth handle 3.10. an eleventh handle 3.11, a twelfth handle 3.12, a thirteenth handle 3.13, a fourteenth handle 3.14. a fifteenth handle 3.15, a sixteenth handle 3.16, a first guide rail 4,1, a second guide rail 4,2, a third guide rail 4.3, a fourth guide rail 4.4, a fifth guide rail 4.5, a sixth guide rail 4.6. a seventh guide rail 4.7, and an eighth guide rail 4.8.
    [0029} Equal division is performed on die left side of tire refrigeration container by using a median line, and the air windows and the like are separately installed tn upper .and lower areas. The first air window 1.1 and the second air window 1.2 are symmetrically installed in the upper half area and have a size of 500x500 mm, and a quantity of blades on each air window is 5 group. The third air window 1,3 and the fourth air window 1.4 are symmetrically installed in the lower half area and have a size of 59():- 500 mm, and a quantity of blades on each air window is 5 group. Both a left-most side of the first air window 1.1 and a left-most side of the third air window 1.3 are 600 mm away from a left-most end of the refrigeration container, and both a lower end of the first air window 1.1 and an upper end of the third air window 1.3 are 100 mm away from tire median line. Both a right-most side of the second air window 1.2 and a right-most side of the fourth air window 1.4 are 600 mm away from a right-most end of the refrigeration container, and a lower end of the second air window 1.2 and an upper end of the fourth air window 1.4 are 100 mm away from the median line. The first guide rail 4.1, die second guide rail 4.2, tire third guide rail 4.3, and tile fourth guide rail 4.4 are respectively' installed at lower ends of the first air window 1.1. the second air window 1.2, the third air window 1,3, and the fourth air window 1.4. The first glass guard plate 2.1 and die third glass guard plate 2.3 are respectively installed on the first guide rail 4.1 and the fliird guide rail 4.3 on left sides of the first air window 1.1 and the third air window 1.3, and sizes of the first glass guard plate 2.1 and foe third glass guard plate 2.3 are 600*600 ram. The second glass guard plate 2.2 and the fourth glass guard plate 2.4 are respectively installed on tire second guide rail 4.2. and the fourth guide rail 4.4 on right sides of the second air window 1.2 and the fourth air window 1.4, and sizes of the second glass guard plate 2.2 and the fourth glass guard plate 2.4 are 600-600 mm. The first handle 3.1 and the second handle 3.2 that each has a radius of 50. nun are respectively installed, 100 nun away from left and right ends, on a median line of the first glass guard plate 2.1. The third handle 3.3 and the fourth handle 3.4 that each have a radius of 50 mtn are respectively installed, 100 mm away from left and right ends, on a median line of the second glass guard plate 2.2. Tire fifth handle 3.5 and the sixth handle 3.6 that, each have a radius of 50 mtn are respectively installed. 100 tnm away from left and right ends, on a median line of the third glass guard plate 2.3. The seventh handle 3.7 and foe eighth handle 3.8 that each have a radius of 50 mm are respectively installed, 100 mm away from left and right ends, on a median line of the fourth glass guard plate 2.4.
    [0030] Equal division is performed on the right side of the refrigeration container by using a median line, and the air windows and the like arc separately installed in upper and lower areas. The fifth air window' 1.5 and foe sixth air window 1.6 are symmetrically installed in foe upper half area .and have a size of 500*500 mm, and there is .5 group of blades on each air window; The seventh air window 1.7 and the eighth air window 1.8 are symmetrically installed in the lower half area and have a size of 500*500 mm, and a quantity of blades on each air window is 5 group. Both a left-most side of the fifth air window 1.5 and a left-most side of the seventh air window 1.7 are 600 mm away from a left-most end of die refrigeration container, and both a lower end of foe fifth air window' 1.5 and an upper end of the seventh air window are 100 mm away from the median line. Both a right-most side of the sixth air window 1.6 and a right-most side of the eighth air w indow 1.8 are 600 mm away from a right-most end of the refrigeration container, and a lower end of the sixth air w indow 1.6 and an upper end of foe eighth air window 1.8 are 100 mm away from the median line. The fifth guide rail 4.5, the sixth guide rail 4.6, the seventh guide rail 4.3. and foe eighth guide nail 4.8 are respectively installed at lower ends of the fifth air window 1.5, foe sixth air window 1.6, the seventh air window 1.7, and the eighth air window 1.8. The fifth glass guard plate 2.5 and the seventh glass guard plate
    2.7 are respectively installed on the fifth guide rail 4.5 and the seventh guide rail 4.7 on left sides of the first air window 1.5 and the seventh air window 1.7, and sizes of the fifth glass guard plate 2 5 and the seventh glass guard plate 2.7 are -600x600 nun. The sixth glass guard plate 2.6 and the eighth glass guard plate 2.8 axe respectively installed on the sixth guide rail 4.6 and the eighth guide rail 4.8 on right sides of the sixth air window 1.6 and die eighth air window 1.8, and sizes of the sixth glass guard plate 2.6 and the eighth glass guard plate 2.8 are 600*600 mm. The ninth handle 3.9 and the tenth handle 3.10 that each have a radius of 50 mm are respectively installed, 100 mm away from left and right ends, on a median line of the fifth glass guard plate 2.5. The eleventh handle 3. i 1 and the twelfth handle 3.12 that each have a radius of 50 mm are respectively installed, 100 mm away from left and right ends, on a median line of tire sixth glass guard plate 2.6. The thirteenth handle 3,13 and the fourteenth handle 3.14 that each have a radius of 50 mm are respectively installed, 100 mm away from left and right ends, on a median line of the seventh glass guard plate 2.7. Tire fifteenth handle 3.15 and the sixteenth handle 3.16 that each have a radius of 50 mm are respectively installed, 100 iron away from left and right ends, on a median line of the eighth glass guard plate 2.8.
    [0031] A size and an installation location of the air w indows are adjusted based on a size requirement of the refrigeration container of the refrigerator truck and a local air flow situation. However, an entire layout may not be modified.
    [0032] The glass guard plate uses polymethyl methacrylate as a production material, which is a raw material for producing organic glass, and has relati vely good transparency, chemical stability, a 20 mechanical property, and weather resistance.
    [0033] A quantity and radius of the handles installed on the glass guard plates can be adjusted according to a difficulty degree of sliding on the guide sail and generated stress.
    [0034] As shown in Fig. 3 to Fig.5, a top view structure of an aft flow conveying ventilation window of a refrigeration container provided in an embodiment of the present invention includes a 25 first air window LI, a second air window 1,2. a third air window 1.3, a fourth air window i .4, a fifth air window 1.5, a sixth air window 1.6. a seventh air window 1.7, an eighth air window 1.8, a first glass guard plate 2.1, a second glass guard plate 2.2, a third glass guard plate 2,3, a fourth glass guard plate 2 4, a fifth glass guard plate 2.5. a sixth glass guard plate 2.6, a seventh glass guard plate 2.7, an eighth glass guard plate 2.8, a first handle 3.1, a second handle 3.2. a third handle 3,3, a fourth handle 30 3.4. a fifth handle 3.5, a sixth handle 3.6, a seventh handle 3.7, an eighth handle 3.8, a ninth handle
    3.9, a lentil handle 3.10, an eleventh handle 3.11, a twelfth handle 3.12, a thirteenth handle 3.13. a fourteenth handle 3.14, a fifteenth handle 3.15. a sixteenth handle 3.16, a first guide rail 4.1, a second guide rail 4.2, a third guide rail 4.3, a fourth guide rail 4.4, a fifth guide rail 4.5, a sixth guide rail 4,6, a seventh guide rail 4.7, an eighth, guide rail 4.8, a first filter mesh 5.1, a second filter mesh 5.2, a third filter mesh 5.3. a fourth filter mesh 5.4. a fifth filter mesh 5.5, a sixth filter mesh 5.6, a seventh filter mesh 5.7, and an eighth filter mesh 5.8.
    [0035] Installation manners of the first air window 1,1, the second air window 1,2, the third air window 1.3, the fourth air window 1.4, the fifth air window 1.5, thé sixth air window 1.6, the seventh air window 1,7, the eighth air window 1.8, the first glass guard plate 2.1, the second glass guard plate 2,2, the third glass guard plate 2.3, lite fourth glass guard plate 2,4, tire fifth glass guard plate 2.5, the sixth glass guard plate 2,6, the seventh glass guard plate 2.7, the eighth glass guard plate 2.8, tite first handle 3.1. tire second handle 3.2, the third handle 3.3, the fourth handle 3.4, the fifth handle 3.5, the sixth handle 3.6, the seventh handle 3.7, the eighth handle 3.8, the ninth handle 3.9, the lentil handle 3.10, die eleventh handle 3.11, the twelfth handle 3.12, the thirteenth handle 3.13, the fourteenth handle 3.14, the fifteenth handle 3.15, the sixteenth handle 3.16. the first guide rail 4.1, the second guide rail 4.2, the third guide rail 4.3, the fourth guide rail 4.4, the fifth guide rail 4.5, the sixth guide rail 4.6, the seventh guide rail 4.7, and the eighth guide rati 4.8 are described as before. The first filter mesh .5.1, the second filter mesh 5.2. the third filter mesh 5.3. the fourth filter mesh 5.4, the fifth filter mesh 5.5, the sixth filter mesh 5.6, the seventh filter mesh 5.7, and the eighth filter mesh 5.8 are installed on an inner side of the refrigeration container, are square, and respectively enclose locations of the first air window 1.1, the second air window 1.2, the third air window 1.3, the fourth air window 1.4, the fifth air window 1.5, the sixth air window 1.6, the seventh air w indow 1.7, and the eighth air window 1.8 from an inner side of the container body, so as to prevent a small contamination particles from entering the refrigeration container with an air flow, thereby preventing frozen food in the refrigeration container from being contaminated.
    [0036] A shape, a thickness, and a size of the filter mesh can be adjusted according to a running speed of the truck and a local climatic condition. Alternatively, the filter mesh can be made into a circular filter mesh.
    [0037] As shown in Fig. 6 and Fig, 7, an air window' of an air flow conveying ventilation window of a refrigeration container provided in an embodiment of the present invention includes a first, blade 6.1, a second blade 6.2. a third blade 63, a fourth blade 6.4, a fifth blade 6,5, a sixth blade
    6.6, a seventh blade 6.7, an eighth blade 6.8, a ninth blade 6,9, and a tenth blade 6.10.
    [0038| The first blade 6.1, the second blade 6.2, the third blade 6.3, the fourth blade 6.4, the fifth blade 6.5, the sixth blade 6.6, the seventh blade 6.7, the eighth blade 6.8, the ninth blade 6.9, turd the tenth blade 6.10 are grouped into two groups. The first blade 6.1, the second blade 6.2, the third blade 63, the fourth blade 6.4, and the fifth blade 6.5 are a first blade group. Tire sixth blade 6.6, the seventh blade 6.7, die eighth blade 6.8, the ninth blade 6.9, and the tenth blade 6.10 are a second blade group. The first blade group and the second blade group are respectively installed on a window shaft, and are connected by using a thin connecting rod. so as to form a double-layer air window. AU die first blade 6.1, the second blade 6.2, the third blade 63, the fourth blade 6.4, the fifth blade 6 5, the sixth blade 6.6, the seventh blade 6.7, the eighth blade 6.8, the ninth blade 6,9, and tire tenth blade 6.1() have a length of 500 mm and a width of 90 mm, A gap of 10 mm is reserved between adjacent blades, to ensure that the blade cats smoothly deflect when an external air flow affects die blade.
    [00391 blade of Ute air window uses resin as a production material, and the material has a light weight and high strength.
    [0040] A shaft passes through each air window blade, and the thin connecting rod is connected to the shaft.
    [0041] A gap between air window blades may be adjusted based on a running situation of tire refrigerator truck and a local wind speed, but cannot be greater than 20 mm, to reduce a possibility that a contaminated particle enters the refrigeration container when the refrigerator truck moves straight.
    [0042] An increased quantity of layers of installed air windows and air windows installed at each layer, and a layout manner for a large refrigerator truck are the same as those for a small refrigerator truck.
    [004,3) The foregoing embodiments only exemplify the design principle and uses of the present invention, and are not intended to limit the present invention. Anyone familiar with this technology can modify· or change the foregoing embodiments without departing from the spirit and scope of the present invention. Therefore, all equivalent modifications or changes made by those with ordinary knowledge in the technical field without departing from the spirit and technical ideas disclosed by the present invention should still be covered by the claims of the present invention.
    The following numbered clauses include embodiments that are contemplated and nonlimiting:
    1. An air flow conveying ventilation window of a refrigeration container, comprising:
    a refrigeration container body of a refrigerator truck, an air window unit, a glass guard plate unit, a handle unit, a guide tail unit and a filter mesh unit, wherein the air window unit comprises a blade unit and a connecting rod unit:
    the air window unit comprises a first air window (1.1), a second air window (1.2), a third air window (1.3) , a fourth air window (1.4), a fifth air window (1.5), a sixth air window (1.6), a seventh air window (1.7), and an eighth air window (1.8);
    the glass guard plate unit comprises a first glass guard plate (2., 1), a second glass guard plate (2.2). a third glass guard plate (2.3), a fourth glass guard plate (2.4), a fifth glass guard plate (2.5), a sixth glass guard plate (2.6), a seventh glass guard plate (2.7), and an eighth glass guard plate (2.8);
    the handle unit comprises a first handle (3.1), a second handle (3.2). a third handle (3.3). a fourth handle (3.4). a fifth handle (3.5), a sixth handle (3.6), a seventh handle (3.7), an eighth handle (3.8), a ninth handle (3.9)., a tenth handle (3.10), an eleventh handle (3.11), a twelfth handle (3 12), a thirteenth handle (3 13), a fourteenth handle (3.14), a fifteenth handle (3.15), and a sixteenth handle (3.16);
    the guide rail unit comprises a first guide rail (4.1), a second guide rail (4.2), a third guide rail (4,3), a fourth guide rail (4,4), a fifth guide rail (4.5), a sixth guide rail (4.6), a seventh guide rail (4.7), and an eighth guide rail (4.8);
    the filter mesh unit composes a first, filter mesh (5.1), a second filter mesh (5.2), a third filter mesh (5.3) , a fourth filter mesh (5.4), a fifth filter mesh (5,5), a sixth filter mesh (5.6), a seventh filter mesh (5.7), and an eighth filter mesh (5.8);
    die blade unit comprises a first blade (6.1), a second blade (6.2), a third blade (6.3). a fourth blade (6.4) . a fifth blade (6.5), a sixth blade (6.6), a seventh blade (6.7), an eighth blade (6.8), a ninth blade (6.9), and a tenth blade (6.10);
    the first air window (i.l), die second air window (i.2), the third air window (1.3), and the fourth air window (1.4) are configured as a first set of' the air window unit and installed on a left side of the refrigeration container;
    the fifth air window (1.5), the sixth air window (1.6), the seventh air window (1.7), and the eighth air window (1.8) are configured as a second set of the air window unit and installed on a right side of the refrigeration container;
    the glass guard plate unit is installed beside the air window unit;
    the glass guard plate unit slides along the guide rail unit to control the air window unit;
    two handles are symmetrically installed on each glass guard plate, and are used to control sliding of the glass guard plate;
    the· guide rail unit is installed on an ou ter side of the refrigeration container, and is used to carry the glass guard plate unit:
    each filter mesh is installed on an inner side of the refrigeration container, and covers each corresponding air window to filter air entering the container:
    the first blade (6.1) is connected to the second blade (6.2) by rising the connecting rod, the third blade (6.3) is connected to the fourth blade (6.4) by using tire connecting rod, the fifth blade (6.5) is connected to the sixth blade (6.6) by using the connecting rod, the seventh blade (6.7) is connected to the eighth blade (6.8) by using the connecting rod, the ninth blade (6.9) is connected to the tenth blade (6.10) by using tire connecting rod, and the five blade connection sets are connected together by using one long connecting rod to form an integrated double-layer air window.
    2. The air flow conveying ventilation window of the refrigeration container according to clause 1. wherein the glass guard plate uses a high-strength and light-weight material to resist damage of disastrous weather.
    3. The air flow conveying ventilation window of the refrigeration container according to clause 1. wherein a metal frame is installed to fasten each filter meshes.
    4. The air flow conveying ventilation window of the refrigeration container according to clause 1, wherein a length of the guide rail is 5 cm greater than a sum of a length of the air window- and a length of the glass guard plate; and the guide rail is equipped with closed ends, to ensure that the glass guard plate does not slide out of the guide rail when m oving.
    5. The air flow conveying ventilation window of the refrigeration container according to clause 1, wherein the blade of the air window uses a high-strength, light-weight and higher-tenacity material.
    6. The air flow conveying ventilation window of the refrigeration container according to clause 5, wherein a space of 2 mm to 5 mm is reserved between the blades of the air window, to ensure smooth 5 entering of an air flow.
    7. The air flow conveying ventilation window of the refrigeration container according to clause 5 or 6, wherein the air window is provided with double-layer blades
    权利要求:
    Claims (7)
    [1]
    Conclusions
    1. An airflow-supplied window ventilation of a refrigerated container, comprising:
    a refrigerated container of a refrigerated vehicle, an air window unit, a glass protective plate unit, a handle unit, a guide wheel unit and a filter mesh unit, the air window unit having a blade unit and a connecting rod unit;
    the air window unit has a first air window (1.1), a second air window (1.2), a third air window (1.3), a fourth air window (1.4). a fifth air window (1.5), a sixth air window (1.6), a seventh air window (1.7) and an eighth air window (1.8);
    the glass protection plate unit has a first glass protection plate (2.1), a second glass protection plate (2.2), a third glass protection plate (2.3), a fourth glass protection plate (2.4), a fifth glass protection plate (2.5), a sixth glass protection plate ( 2.6), a seventh glass protective plate (2.7) and an eighth glass protective plate (2.8);
    the handle unit has a first handle (3.1), a second handle (3.2), a third handle (3.3), a fourth handle (3.4), a fifth handle (3.5), a sixth handle (3.6), a seventh handle ( 3.7). an eighth handle (3.8), a ninth handle (3.9), a tenth handle (3.10), an eleventh handle (3.11), a twelfth handle (3.12), a thirteenth handle (3.13), a fourteenth handle (3.14), a fifteenth handle (3.15) and a sixteenth handle (3.16);
    the guide wheel unit is called a first guide wheel (4.1), a second guide wheel (4.2), a third guide wheel (4.3), a fourth guide wheel (4.4), a fifth guide wheel (4.5), a sixth guide wheel (4.6), a seventh guide wheel ( 4.7) and an eighth guide wheel (4.8);
    the filter mesh unit has a first filter mesh (5.1), a second filter mesh (5.2), a third filter mesh (5.3), a fourth filter mesh (5.4). a fifth filter mesh (5.5), a sixth filter mesh (5.6), a seventh filter mesh (5.7) and an eighth filter mesh (5.8);
    the blade unit has a first blade (6.1), a second blade (6.2), a third blade (6.3), a fourth blade (6.4), a fifth blade (6.5), a sixth blade (6.6). a seventh sheet (6.7), an eighth sheet (6.8), a ninth sheet (6.9) and a tenth sheet (6.10);
    the first air window (1.1), the second air window (1.2), the third air window (1.3) and the fourth air window (1.4) are configured as a first set of the air window unit and installed on the left side of the refrigerated container;
    the fifth air window (1.5), the sixth air window (1.6), the seventh air window (1.7) and the eighth air window (1.8) are configured as a second set of the air window unit and installed on the right side of the refrigerated container;
    the glass protection plate unit is installed next to the air vent unit;
    the glass protection plate unit slides along the vent window unit;
    two handles are installed symmetrically on each glass protection plate and are used to control the sliding of the glass protection plate;
    the guide rail unit is installed on the outside of the cooling container and is used to carry the glass protection plate unit;
    each filter mesh is installed on an inside of the refrigerated container and covers each associated air vent to filter air entering the container;
    the first blade (6.1) is connected to the second blade (6.2) using the connecting rod, the third blade (6.3) is connected to the fourth blade (6.4) using the connecting rod, the fifth blade (6.5) is connecting to the sixth blade (6.6) using the connecting rod, the seventh blade (6.7) is connected to the eighth blade (6.8) using the connecting rod, the ninth blade (6.9) is connected to the tenth blade (6.10) by using the connecting rod; and the five blade connector sets are joined together using a long connecting rod to form an integrated double layer air vent.
    [2]
    The airflow-supplied window ventilation of a refrigerated container according to claim 1, wherein the glass protective plate uses a very strong and lightweight material to resist damage due to disastrous weather.
    [3]
    The airflow-supplied window container cooling container of claim 1, wherein a metal frame is installed to attach all filter mesh.
    [4]
    The air flow-supplied window ventilation of a cooling container according to claim 1, wherein the length of the guide rail is 5 cm longer than the sum of the length of the air window and the length of the glass protective plate; and the guide rail is equipped with closed ends, to ensure that the glass protection plate does not slip out of the guide rail when moving.
    [5]
    The airflow-supplying window ventilation of a cooling container according to claim 1, wherein the leaf of the air window uses a material of high strength, light weight and higher breaking strength.
    [6]
    The airflow-supplying window ventilation of a cooling container according to claim 5. wherein a
    5 space of 2mm to 5mm is reserved between the blades of the air vent to ensure smooth airflow entry.
    [7]
    The airflow-supplying window ventilation of a cooling container according to claim 5 or 6, wherein the air window is provided with double-layered blades.
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    同族专利:
    公开号 | 公开日
    CN110816389A|2020-02-21|
    引用文献:
    公开号 | 申请日 | 公开日 | 申请人 | 专利标题
    法律状态:
    优先权:
    申请号 | 申请日 | 专利标题
    CN201911115270.6A|CN110816389A|2019-11-15|2019-11-15|Airflow conveying air window of refrigeration compartment|
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