Dehumidifying system and power supply case thereof

Abstract

The utility model discloses a dehumidification system and a power supply case thereof. The dehumidification system comprises a dehumidification system-refrigeration part and a dehumidification system-water collection part, the dehumidification system-refrigeration part comprises a dehumidification system-refrigeration part-refrigeration sheet, a dehumidification system-refrigeration part-radiator and a dehumidification system-refrigeration part-condenser; the dehumidification system-refrigeration part-refrigeration sheet is electrically connected with the dehumidification system-refrigeration part-dehumidification switch; the dehumidification system-refrigeration part-dehumidification switch comprises a dehumidification system-refrigeration part-temperature control switch; the dehumidification system-refrigeration part-temperature control switch is in a closed state at a low temperature and is in an open state at a high temperature; and the temperature sensing part of the dehumidification system-refrigeration part-temperature control switch is in heat conduction connection with the dehumidification system-refrigeration part-radiator. According to the utility model, the working state can be controlled according to the temperature of the dehumidifying system, the refrigerating part and the radiator during dehumidifying, normal work of components in the case is ensured, and the components are prevented from being damaged.

Description

Technical Field

[0001] The utility model relates to a medical device, in particular to a dehumidification system and a power supply case thereof. Background Art

[0002] The air contains moisture, and the moisture content is different in different seasons and different environments. During the production and maintenance of the power chassis used for the magnetic welding gun, it is inevitable that moist air will be sealed into the chassis. After being cooled by the temperature difference, condensation will form and condense on the inner wall of the chassis and the circuit board. That is to say, every time the machine works, the higher temperature in the chassis will vaporize the moisture in the chassis. When it is shut down for a period of time to cool down, condensation will begin to occur again and condense on the inner wall of the chassis and the circuit board. When condensation occurs at the key position of the circuit board, a short circuit will be formed when the machine is turned on again, damaging the power chassis of the magnetic welding gun.

[0003] The State Intellectual Property Office of the People's Republic of China has published a patent with authorization announcement number CN 215834909 U. This patent is a smart electric cabinet dehumidification device that involves the condenser field. The patent includes a shell, which is composed of a front shell plate, a top plate, a side plate, a bottom plate and a back plate. A power module and a control module are arranged above the rear end of the front shell plate. A condensing fan is installed below the control module at the rear end of the front shell plate. A heat sink is arranged at the right end of the condensing fan. A semiconductor refrigeration plate is fixedly connected to the right end of the heat sink. A heat dissipation fin is fixedly connected to the right end of the semiconductor refrigeration plate. A guide funnel is installed at the upper end of the bottom plate directly below the heat dissipation fin.

[0004] When the intelligent electric cabinet dehumidification device is dehumidifying during operation, the components inside the chassis will generate heat. At the same time, the intelligent electric cabinet dehumidification device will also generate heat. When the heat generated by the intelligent electric cabinet dehumidification device is too great, the temperature inside the chassis will rise further, and the components inside the chassis will not work properly or may even be damaged.

[0005] Traditional dehumidification devices drain water out of the chassis, but this is not suitable for the magnetic welding gun power supply chassis of the present invention. This is because the chassis used in the present invention is divided into an upper sealed chamber and a lower heat dissipation chamber. The lower heat dissipation chamber is further separated by a partition, dividing it into an air inlet area where the fan is located and an air outlet area where the radiator is located. The air inlet area has negative pressure, while the air outlet area has positive pressure. If a drain pipe is placed in the air inlet area, although it will help drain the condensed water, the magnetic welding gun power supply chassis is a mobile chassis. The chassis metal plate is relatively thin, so the sealing quality is extremely poor. In addition, when installing conventional electrical components, there will inevitably be some small gaps. Under normal use, it can be dustproof, but not waterproof. Once the drain pipe is placed in the air inlet area, the sealed chamber above the chassis will generate negative pressure, and air will be sucked in through the gap, bringing in dust and affecting the sealing effect. At the same time, condensed water will also be sucked in by the fan, which can easily damage the small circuit board inside the fan motor.

[0006] If the drain pipe is set in the air outlet area, there is positive pressure in the air outlet area. Not only will the water not be drained, but the wind will enter the sealed room of the chassis through the drain pipe.

[0007] If the drain pipe is installed outside the chassis, it will not only be unsightly but also prone to collision when the chassis is moved.

[0008] At the same time, due to the particularity of tunnel construction, the drainage pipe will have an impact no matter where it is set, which means that the power supply chassis of the magnetic welding gun is not suitable for draining water out.

[0009] Tunnel waterproofing requires a work frame called a trolley. The trolley's width and height are determined by the tunnel's size. Typically, the bare boreholes (freshly excavated holes) of high-speed tunnels are 7 meters wide by 9 meters high, 12 meters wide by 13 meters high, or 16 meters wide by 13 meters high. The trolleys typically have two or three levels, each with workers working on them. To facilitate movement, the trolleys must be lightweight, so the layers are welded together using rebar, spaced about two or three finger widths apart.

[0010] When attaching waterproofing sheets to walls, a magnetic welding gun is used. The gun is mounted on a mobile trolley during construction. If the dehumidification device inside the gun's chassis is designed to drain condensed water, even if the amount is small, it can cause interference to workers below. When the work is completed and the gun is returned to the warehouse, residual water may still be discharged, contaminating the warehouse. Utility Model Content

[0011] The first technical problem to be solved by this technical solution is to provide a dehumidification system, which can control its working state according to the temperature during dehumidification to ensure the normal operation of components in the chassis and prevent damage to the components.

[0012] In order to solve the first technical problem mentioned above, this technical solution provides a dehumidification system.

[0013] Including dehumidification system-refrigeration part and dehumidification system-water collection part;

[0014] The dehumidification system-water collection part is located below the dehumidification system-refrigeration part;

[0015] The dehumidification system-refrigeration unit includes a dehumidification system-refrigeration unit-refrigeration fin, a dehumidification system-refrigeration unit-radiator and a dehumidification system-refrigeration unit-condenser;

[0016] The dehumidification system-refrigeration unit-radiator is thermally connected to the heating surface of the dehumidification system-refrigeration unit-refrigeration;

[0017] The dehumidification system-refrigeration unit-condenser is thermally connected to the refrigeration surface of the dehumidification system-refrigeration unit-refrigeration fin;

[0018] The dehumidification system-refrigeration unit-refrigeration plate is electrically connected to the dehumidification system-refrigeration unit-dehumidification switch;

[0019] The dehumidification system-refrigeration unit-dehumidification switch includes a dehumidification system-refrigeration unit-temperature control switch;

[0020] The dehumidification system-refrigeration unit-temperature control switch is in a closed state at low temperatures and in an open state at high temperatures;

[0021] The temperature sensing portion of the dehumidification system-refrigeration unit-temperature control switch is thermally connected to the dehumidification system-refrigeration unit-radiator.

[0022] Various improvements to this technical solution are described below.

[0023] The dehumidification system-refrigeration unit-dehumidification switch also includes a dehumidification system-refrigeration unit-humidity switch;

[0024] The dehumidification system - refrigeration unit - humidity switch is in an open state when the humidity is low and in a closed state when the humidity is high;

[0025] The dehumidification system-refrigeration unit-humidity switch is electrically connected in series with the dehumidification system-refrigeration unit-temperature control switch;

[0026] The dehumidification system-refrigeration unit-dehumidification switch also includes a dehumidification system-refrigeration unit-manual switch or a dehumidification system-refrigeration unit-plc controller switch;

[0027] The dehumidification system-refrigeration unit-manual switch, the dehumidification system-refrigeration unit-humidity switch and the dehumidification system-refrigeration unit-temperature control switch are electrically connected in series;

[0028] The dehumidification system-refrigeration unit-plc controller switch, the dehumidification system-refrigeration unit-humidity switch and the dehumidification system-refrigeration unit-temperature control switch are electrically connected in series;

[0029] The temperature of the dehumidification system-refrigeration unit-temperature control switch is limited to 10°C to 100°C;

[0030] The temperature of the dehumidification system-refrigeration unit-temperature control switch is limited to 20°C to 80°C;

[0031] The temperature of the dehumidification system-refrigeration unit-temperature control switch is limited to 30°C to 70°C;

[0032] The temperature of the dehumidification system-refrigeration unit-temperature control switch is limited to 40°C to 60°C;

[0033] The temperature of the dehumidification system-refrigeration unit-temperature control switch is limited to 55°C;

[0034] The relative humidity of the dehumidification system-refrigeration unit-humidity switch is limited to 0% to 100%;

[0035] The relative humidity of the dehumidification system-refrigeration unit-humidity switch is limited to 10% to 80%;

[0036] The relative humidity of the dehumidification system-refrigeration unit-humidity switch is limited to 20% to 60%;

[0037] The relative humidity of the dehumidification system-refrigeration unit-humidity switch is limited to 40% to 50%;

[0038] The dehumidification system-refrigeration unit-refrigeration plate is electrically connected to the power supply unit and / or the dehumidification system-refrigeration unit-battery through the dehumidification system-refrigeration unit-dehumidification switch;

[0039] The voltage of the dehumidification system-refrigeration unit-battery is 6V or 12V;

[0040] The model of the dehumidification system-refrigeration unit-refrigeration plate is 12706;

[0041] The rated voltage of the dehumidification system-refrigeration unit-refrigeration plate is 12V;

[0042] The volume of the dehumidification system-refrigeration unit-refrigeration plate is 40X40X3.8mm 3 ;

[0043] There are one or two dehumidification systems, refrigeration units, and refrigeration fins;

[0044] The voltage of the power supply used by the dehumidification system, refrigeration unit and refrigeration plate is limited to DC5V to DC12V;

[0045] The voltage of the power supply used by the dehumidification system, refrigeration unit and refrigeration plate is limited to DC7V;

[0046] The cooling surface of one of the two dehumidification systems-refrigeration units-refrigeration fins is thermally connected to the heating surface of the other;

[0047] The two dehumidification systems-refrigeration units-refrigeration fins are electrically connected in series or in parallel;

[0048] The voltage of the power supply used by the two dehumidification systems, refrigeration units and refrigeration plates electrically connected in parallel is limited to DC5V to DC12V;

[0049] The voltage of the power supply used by the two dehumidification systems, refrigeration units and refrigeration fins electrically connected in parallel is limited to DC7V;

[0050] The voltage of the power supply used by the two dehumidification systems, refrigeration units and refrigeration plates electrically connected in series is limited to DC10V to DC24V;

[0051] The voltage of the power supply used by the two dehumidification systems, refrigeration units and refrigeration plates electrically connected in series is limited to DC13V to DC14V;

[0052] The voltage of the power supply used by the two dehumidification systems, refrigeration units and refrigeration plates electrically connected in series is limited to DC13.5V.

[0053] The dehumidification system-refrigeration unit-radiator is in a rectangular shape;

[0054] The dehumidification system-refrigeration unit-radiator plate surface is provided with a dehumidification system-refrigeration unit-radiator-first fixing hole, a dehumidification system-refrigeration unit-radiator-second fixing hole and a dehumidification system-refrigeration unit-radiator-third fixing hole;

[0055] The dehumidification system-refrigeration unit-radiator-first fixing holes have two or four;

[0056] The four dehumidification system-refrigeration unit-radiator-first fixing holes are distributed in a rectangular shape on the plate surface of the dehumidification system-refrigeration unit-radiator;

[0057] The two dehumidification system-refrigeration unit-radiator-first fixing holes are distributed in a straight line on the upper portion of the dehumidification system-refrigeration unit-radiator panel;

[0058] The dehumidification system-refrigeration unit-radiator-second fixing holes have two;

[0059] The two dehumidification system-refrigeration unit-radiator-second fixing holes are distributed in a straight line in the middle of the dehumidification system-refrigeration unit-radiator panel;

[0060] The dehumidification system-refrigeration unit-radiator-third fixing hole is arranged on the upper or lower part of the panel of the dehumidification system-refrigeration unit-radiator and is close to the dehumidification system-refrigeration unit-refrigeration fin;

[0061] The dehumidification system-refrigeration unit-radiator and the heating surface of the dehumidification system-refrigeration unit-refrigeration plate are thermally connected through silicone grease;

[0062] The dehumidification system-refrigeration unit-radiator is made of aluminum or copper.

[0063] The dehumidification system-refrigeration unit-refrigeration plate is equipped with a dehumidification system-refrigeration unit-insulation frame;

[0064] The dehumidification system-refrigeration unit-insulation frame is made of insulation material;

[0065] The insulation material is plastic;

[0066] The dehumidification system-refrigeration unit-insulation frame includes a dehumidification system-refrigeration unit-insulation frame-body;

[0067] The dehumidification system-refrigeration unit-insulation frame-body is in the shape of a rounded rectangular plate;

[0068] The middle part of the dehumidification system-refrigeration unit-insulation frame-body is provided with a dehumidification system-refrigeration unit-insulation frame-mounting hole;

[0069] The shape of the dehumidification system-refrigeration unit-insulation frame-mounting hole is square;

[0070] The upper side of the dehumidification system-refrigeration unit-insulation frame-body is provided with a dehumidification system-refrigeration unit-insulation frame-wiring hole;

[0071] The cross-section of the dehumidification system-refrigeration unit-insulation frame-wiring hole is an oblong shape;

[0072] There are two wiring holes for the dehumidification system, refrigeration unit, insulation frame, etc.

[0073] The two dehumidification systems, refrigeration unit, insulation frame and wiring holes are arranged in a straight line.

[0074] The middle parts of the left and right sides of the dehumidification system-refrigeration unit-insulation frame-body are respectively protruded outward to form a dehumidification system-refrigeration unit-insulation frame-flange;

[0075] The dehumidification system-refrigeration unit-insulation frame-body is provided with dehumidification system-refrigeration unit-insulation frame-fixing holes on the left and right sides of the middle of the panel;

[0076] Dehumidification system - refrigeration unit - condenser is a concentrated cooling type condenser or a dispersed cooling type condenser;

[0077] The concentrated cooling condenser includes a dehumidification system, a refrigeration unit, a condenser, and a drainage plate body;

[0078] The dehumidification system-refrigeration unit-condenser-drain plate body is made of heat-insulating material;

[0079] The upper part of the dehumidification system-refrigeration unit-condenser-drain plate body is rectangular, and the lower part is an inverted isosceles triangle;

[0080] The upper part of the dehumidification system-refrigeration unit-condenser-drainage plate body is provided with at least one dehumidification system-refrigeration unit-condenser-drainage groove;

[0081] A dehumidification system-refrigeration unit-condenser-drainage strip is provided between two adjacent dehumidification systems-refrigeration unit-condenser-drainage grooves;

[0082] The cross-section of the dehumidification system-refrigeration unit-condenser-drainage strip is an isosceles triangle;

[0083] The inner edge of the lower wall of the dehumidification system-refrigeration unit-condenser-drainage groove is higher than the outer edge to form a dehumidification system-refrigeration unit-condenser-drainage slope;

[0084] The lower end of the dehumidification system-refrigeration unit-condenser-drainage plate body is provided with one or two or more dehumidification system-refrigeration unit-condenser-drainage protrusions;

[0085] The dehumidification system-refrigeration unit-condenser-drainage plate body is provided with a dehumidification system-refrigeration unit-condenser-fixing hole on its surface;

[0086] The dehumidification system-refrigeration unit-condenser-fixing holes have two;

[0087] The two dehumidification system-refrigeration unit-condenser-fixing holes are distributed on both sides of the middle part of the plate surface of the dehumidification system-refrigeration unit-condenser-drainage plate body;

[0088] The shape, structure and material of the cooling condenser are the same as those of the dehumidification system-refrigeration unit-radiator.

[0089] The dehumidification system is divided into side dehumidification system and center dehumidification system;

[0090] The dehumidification system further includes a dehumidification system-refrigeration unit-first bracket or a dehumidification system-refrigeration unit-third bracket;

[0091] The dehumidification system-refrigeration unit-first bracket includes a dehumidification system-refrigeration unit-first bracket-body;

[0092] The dehumidification system-refrigeration unit-first bracket-body is made of bent slats;

[0093] The dehumidification system-refrigeration unit-first bracket-body is in the shape of "Ω";

[0094] The dehumidification system-refrigeration unit-first bracket-body is provided with a dehumidification system-refrigeration unit-first bracket-first fixing hole and a dehumidification system-refrigeration unit-first bracket-second fixing hole;

[0095] The shape of the dehumidification system-refrigeration unit-first bracket-first fixing hole is an oblong hole;

[0096] There are two first fixing holes for the dehumidification system, the refrigeration unit, the first bracket, and the first fixing holes;

[0097] The two dehumidification systems - refrigeration units - first brackets - first fixing holes are distributed in the middle of the dehumidification systems - refrigeration units - first brackets - body;

[0098] There are two fixing holes for the dehumidification system, the refrigeration unit, the first bracket, and the second bracket;

[0099] The two dehumidification system-refrigeration unit-first bracket-second fixing holes are distributed at both ends of the dehumidification system-refrigeration unit-first bracket-body;

[0100] There are two first brackets for the dehumidification system-refrigeration unit;

[0101] The two dehumidification system-refrigeration unit-first brackets are respectively arranged on the upper and lower parts of the dehumidification system-refrigeration unit-radiator;

[0102] The dehumidification system-refrigeration unit-third bracket includes a dehumidification system-refrigeration unit-third bracket-body;

[0103] The dehumidification system-refrigeration unit-third bracket-body are made of bent slats;

[0104] The cross-section of the dehumidification system-refrigeration unit-third bracket-body is concave;

[0105] The dehumidification system-refrigeration unit-third bracket-body is provided with a dehumidification system-refrigeration unit-third bracket-first fixing hole and a dehumidification system-refrigeration unit-third bracket-second fixing hole;

[0106] There are two first fixing holes for the dehumidification system, the refrigeration unit, the third bracket, and the first fixing holes;

[0107] The two dehumidification system-refrigeration unit-third bracket-first fixing holes are distributed in the middle of the side of the dehumidification system-refrigeration unit-third bracket-body;

[0108] There are two second fixing holes for the dehumidification system, the refrigeration unit, the third bracket, and the second fixing holes;

[0109] The two dehumidification system-refrigeration unit-third bracket-second fixing holes are distributed at both ends of the top surface of the dehumidification system-refrigeration unit-third bracket-body;

[0110] The dehumidification system-refrigeration unit-third bracket is arranged on the upper part of the dehumidification system-refrigeration unit-radiator;

[0111] The dehumidification system further comprises a dehumidification system-refrigeration unit-fan;

[0112] The dehumidification system-refrigeration unit-fan is arranged behind the dehumidification system-refrigeration unit-radiator;

[0113] The dehumidification system-refrigeration unit-fan and the dehumidification system-refrigeration unit-refrigeration fin are electrically connected in parallel;

[0114] The dehumidification system-refrigeration unit-fan is fixedly connected to the dehumidification system-refrigeration unit-second bracket via the dehumidification system-refrigeration unit-mounting plate;

[0115] The dehumidification system-refrigeration unit-mounting plate includes a dehumidification system-refrigeration unit-mounting plate-body;

[0116] The shape of the dehumidification system-refrigeration unit-mounting plate-body is a rounded rectangle;

[0117] The dehumidification system-refrigeration unit-mounting plate-body plate surface is provided with a dehumidification system-refrigeration unit-mounting plate-ventilation hole, a dehumidification system-refrigeration unit-mounting plate-first fixing hole and a dehumidification system-refrigeration unit-mounting plate-second fixing hole;

[0118] The dehumidification system-refrigeration unit-mounting plate-ventilation hole is located in the center and slightly below the plate surface of the dehumidification system-refrigeration unit-mounting plate-body;

[0119] The dehumidification system-refrigeration unit-mounting plate-first fixing holes have four;

[0120] The four dehumidification system-refrigeration unit-mounting plate-first fixing holes are distributed along the circumference of the dehumidification system-refrigeration unit-mounting plate-ventilation hole;

[0121] There are two second fixing holes in the dehumidification system, refrigeration unit, mounting plate;

[0122] The two dehumidification system-refrigeration unit-mounting plate-second fixing holes are distributed in a straight line on the upper part of the dehumidification system-refrigeration unit-mounting plate-body;

[0123] The dehumidification system-refrigeration unit-second bracket is made of bent slats;

[0124] The dehumidification system-refrigeration unit-second bracket includes a dehumidification system-refrigeration unit-second bracket-strip body and a dehumidification system-refrigeration unit-second bracket-plate body;

[0125] The dehumidification system-refrigeration unit-second bracket-strip body and the dehumidification system-refrigeration unit-second bracket-plate body form an integrated part;

[0126] The dehumidification system-refrigeration unit-second bracket-plate body is located in the middle of one side of the dehumidification system-refrigeration unit-second bracket-strip body;

[0127] The dehumidification system-refrigeration unit-second bracket-plate body is in a rectangular shape;

[0128] The middle portion of the lower side of the dehumidification system-refrigeration unit-second bracket-plate body is concave upward to form a dehumidification system-refrigeration unit-second bracket-notch;

[0129] The dehumidification system-refrigeration unit-second bracket-plate surface is provided with a dehumidification system-refrigeration unit-second bracket-first fixing hole;

[0130] There are two first fixing holes for the dehumidification system, the refrigeration unit, the second bracket, and the first fixing holes;

[0131] The two dehumidification systems - refrigeration units - second brackets - first fixing holes are symmetrically distributed on both sides of the dehumidification systems - refrigeration units - second brackets - notches;

[0132] The dehumidification system-refrigeration unit-second bracket-strip body is provided with a dehumidification system-refrigeration unit-second bracket-second fixing hole and a dehumidification system-refrigeration unit-second bracket-third fixing hole;

[0133] There are two second fixing holes for the dehumidification system, the refrigeration unit, the second bracket, and the second fixing holes;

[0134] The two dehumidification system-refrigeration unit-second bracket-second fixing holes are distributed in the middle of one side surface of the dehumidification system-refrigeration unit-second bracket-strip body;

[0135] There are two third fixing holes for the dehumidification system, the refrigeration unit, the second bracket, and the third fixing holes;

[0136] The two dehumidification system-refrigeration unit-second bracket-third fixing holes are distributed at both ends of the top surface of the dehumidification system-refrigeration unit-second bracket-strip body.

[0137] The dehumidification system-water collection part includes a dehumidification system-water collection part-water storage box and a dehumidification system-water collection part-water guide plate;

[0138] The dehumidification system-water collection part-water guide plate and the dehumidification system-water collection part including the dehumidification system-water collection part-water storage box are rotatably connected;

[0139] The moisture removal system-water collection part-water storage box is provided with water absorbing material;

[0140] The absorbent material is a sponge;

[0141] The dehumidification system-water collection part-water storage box is divided into a side-fixed water storage box and a bottom-fixed water storage box;

[0142] The dehumidification system - water collection part - water guide plate is divided into an upper leading edge water guide plate and a lower leading edge water guide plate;

[0143] The dehumidification system-water collection part-water storage box includes a dehumidification system-water collection part-water storage box-front plate, a dehumidification system-water collection part-water storage box-rear plate, a dehumidification system-water collection part-water storage box-left plate, a dehumidification system-water collection part-water storage box-right plate, a dehumidification system-water collection part-water storage box-bottom plate, and a dehumidification system-water collection part-water storage box-top plate;

[0144] The dehumidification system-water collection part-water storage box-front plate, the dehumidification system-water collection part-water storage box-rear plate, the dehumidification system-water collection part-water storage box-left plate, the dehumidification system-water collection part-water storage box-right plate, the dehumidification system-water collection part-water storage box-bottom plate, and the dehumidification system-water collection part-water storage box-top plate form an integrated part;

[0145] The width of the dehumidification system-water collection part-water storage box-top plate is smaller than the width of the dehumidification system-water collection part-water storage box-bottom plate;

[0146] The dehumidification system-water collection part-water storage box-top plate are arranged at the rear;

[0147] The middle portion of the inner upper side of the dehumidification system-water collection part-water storage box-left plate and the middle portion of the inner upper side of the dehumidification system-water collection part-water storage box-right plate are respectively provided with a dehumidification system-water collection part-water storage box-axis head;

[0148] The front upper edge of the dehumidification system-water collection part-water storage box-left side plate and the front upper edge of the dehumidification system-water collection part-water storage box-right side plate are respectively provided with a dehumidification system-water collection part-water storage box-avoidance part;

[0149] The dehumidification system, water collection part, water storage box and front plate are respectively formed with concave card edges on the upper side, left side and right side;

[0150] The concave card edge is provided with a moisture removal system-water collection part-water storage box-fixing hole;

[0151] The dehumidification system, water collection part, water storage box and fixing holes have five;

[0152] The five moisture removal systems, water collection parts, water storage boxes and fixing holes are distributed on the concave card edge;

[0153] The dehumidification system-water collection part-water storage box-front plate is provided with a dehumidification system-water collection part-water storage box-push-pull handle at the lower center of the outer side;

[0154] The lower portion of the inner surface of the moisture removal system-water collection part-water storage box-front plate protrudes backward to form a moisture removal system-water collection part-water storage box-slant surface;

[0155] The dehumidification system-water collection part-water storage box-clip head is centrally provided on the upper inner surface of the dehumidification system-water collection part-water storage box-front plate;

[0156] The dehumidification system-water collection part-water storage box-front plate is configured with a dehumidification system-water collection part-pad frame;

[0157] The dehumidification system-water collection part-backing plate frame is made of sealing material;

[0158] The dehumidification system-water collection part-backing plate frame comprises a dehumidification system-water collection part-backing plate frame-body;

[0159] The shape of the moisture removal system-water collection part-pad frame-body is concave;

[0160] The dehumidification system-water collection part-backing plate frame-body is provided with a dehumidification system-water collection part-backing plate frame-fixing hole;

[0161] The dehumidification system-water collection part-backing plate frame-fixing holes are distributed on the dehumidification system-water collection part-backing plate frame-body;

[0162] The left and right sides of the moisture removal system-water collection part-water storage box-bottom plate extend outward to form two mounting strips respectively;

[0163] Each mounting bar is provided with two moisture removal systems, water collection parts, water storage boxes and fixing holes;

[0164] The four moisture removal systems, water collection parts, water storage boxes and fixing holes are distributed in a rectangular shape;

[0165] Each of the moisture removal system-water collection part-water storage box-fixing hole is equipped with a moisture removal system-water collection part-support column;

[0166] The dehumidification system-water collection part-water guide plate includes a dehumidification system-water collection part-water guide plate-bottom plate, a dehumidification system-water collection part-water guide plate-side plate and a dehumidification system-water collection part-water guide plate-bar;

[0167] The shape of the moisture removal system-water collection part-water guide plate-bottom plate is rectangular;

[0168] The dehumidification system - water collection part - water guide plate - bottom plate is inclined downward from front to back;

[0169] The shape of the moisture removal system-water collection part-water guide plate-side plate is trapezoidal or triangular;

[0170] There are two moisture removal systems - water collection parts - water guide plates - side plates;

[0171] The two moisture removal systems-water collection parts-water guide plates-side plates are respectively arranged on the left and right sides of the moisture removal system-water collection parts-water guide plates-bottom plate;

[0172] The rear sides of the two dehumidification systems-water collecting parts-water guide plates-side plates are respectively provided with dehumidification systems-water collecting parts-water guide plates-axial holes;

[0173] The dehumidification system-water collection part-water guide plate-blocking bar is arranged on the front side of the dehumidification system-water collection part-water guide plate-bottom plate;

[0174] The upper edge of the dehumidification system-water collection part-water guide plate-bar is away from the dehumidification system-water collection part-water guide plate-bottom plate;

[0175] The two ends of the dehumidification system-water collection part-water guide plate-bar extend outwards to form a dehumidification system-water collection part-water guide plate-protrusion;

[0176] or,

[0177] The lower edge of the moisture removal system-water collection part-water guide plate-blocking bar is away from the moisture removal system-water collection part-water guide plate-bottom plate.

[0178] Compared with the prior art, the dehumidification system of this technical solution has the following beneficial effects.

[0179] 1. This technical solution adopts the technical means of electrically connecting the dehumidification system-refrigeration unit-refrigeration plate and the dehumidification system-refrigeration unit-dehumidification switch; the dehumidification system-refrigeration unit-dehumidification switch includes the dehumidification system-refrigeration unit-temperature control switch; the dehumidification system-refrigeration unit-temperature control switch is in a closed state at low temperatures and in an open state at high temperatures; the temperature sensing part of the dehumidification system-refrigeration unit-temperature control switch is thermally connected to the dehumidification system-refrigeration unit-radiator, so the working state of the dehumidification system-refrigeration unit-radiator can be controlled according to the temperature of the dehumidification system-refrigeration unit-radiator during dehumidification, thereby ensuring the normal operation of components in the chassis and preventing damage to components.

[0180] 2. This technical solution adopts the dehumidification system - refrigeration unit - dehumidification switch and also includes the dehumidification system - refrigeration unit - humidity switch; the dehumidification system - refrigeration unit - humidity switch is in the open state when the humidity is low and in the closed state when the humidity is high; the dehumidification system - refrigeration unit - humidity switch and the dehumidification system - refrigeration unit - temperature control switch are electrically connected in series. Therefore, it can not only prevent dehumidification at high temperatures, but also prevent dehumidification at low humidity, thereby realizing intelligent dehumidification; the dehumidification system - refrigeration unit - dehumidification switch also includes the dehumidification system - refrigeration unit - manual switch or the dehumidification system - refrigeration unit - PLC controller switch; the dehumidification system - refrigeration unit - manual switch, the dehumidification system - refrigeration unit - The humidity switch and the dehumidification system - refrigeration unit - temperature control switch are electrically connected in series; the dehumidification system - refrigeration unit - PLC controller switch, the dehumidification system - refrigeration unit - humidity switch and the dehumidification system - refrigeration unit - temperature control switch are electrically connected in series. Therefore, manual control or intelligent control can be performed according to different environments; due to the adoption of the dehumidification system - refrigeration unit - temperature control switch temperature limit of 10 ℃ to 100 ℃; the dehumidification system - refrigeration unit - temperature control switch temperature limit of 20 ℃ to 80 ℃; the dehumidification system - refrigeration unit - temperature control switch temperature limit of 30 ℃ to 70 ℃; the dehumidification system - refrigeration unit - temperature control switch temperature limit of 40 ℃ to 60 ℃; the dehumidification system - refrigeration unit - The temperature of the temperature control switch is limited to 55℃, so the power supply chassis can work safely and stably; due to the use of the dehumidification system-refrigeration unit-humidity switch, the relative humidity is limited to 0% to 100%; the dehumidification system-refrigeration unit-humidity switch is limited to 10% to 80%; the dehumidification system-refrigeration unit-humidity switch is limited to 20% to 60%; the dehumidification system-refrigeration unit-humidity switch is limited to 40% to 50%, so it can be ensured that dehumidification is carried out before condensation occurs, ensuring that the components and circuits remain dry; due to the use of the dehumidification system-refrigeration unit-refrigeration plate through the dehumidification system-refrigeration unit-dehumidification switch The dehumidification system-refrigeration unit-battery is electrically connected to the power supply unit and / or the dehumidification system-refrigeration unit-battery; the voltage of the dehumidification system-refrigeration unit-battery is 6V or 12V, so when the power supply chassis is working and the relative humidity in the chassis is greater than the set value, dehumidification can be performed through the power supply unit and the dehumidification system-refrigeration unit-battery is charged; when the power supply chassis is not working and the relative humidity in the chassis is greater than the set value, dehumidification can be performed through the dehumidification system-refrigeration unit-battery; since the model of the dehumidification system-refrigeration unit-refrigeration plate is 12706; the rated voltage of the dehumidification system-refrigeration unit-refrigeration plate is 12V; the volume of the dehumidification system-refrigeration unit-refrigeration plate is 40X40X3.8mm 3The technical means is adopted, so it is helpful to reduce the production cost; since the technical means of one or two dehumidification systems - refrigeration units - refrigeration plates are adopted, it is helpful to produce a variety of dehumidification systems according to different situations; since the voltage of the power supply part used by one dehumidification system - refrigeration unit - refrigeration plate is limited to DC5V to DC12V; the technical means of limiting the voltage of the power supply part used by one dehumidification system - refrigeration unit - refrigeration plate to DC7V is adopted, so it is helpful to reduce the production cost; since two dehumidification systems - refrigeration units - refrigeration plates are adopted, the cooling surface of one is thermally connected to the heating surface of the other; the two dehumidification systems - refrigeration units - refrigeration plates are electrically connected in series or in parallel; The voltage of the power supply used by the two dehumidification systems-refrigeration parts-refrigeration plates connected electrically in series is limited to DC5V to DC12V; the voltage of the power supply used by the two dehumidification systems-refrigeration parts-refrigeration plates connected electrically in parallel is limited to DC7V; the voltage of the power supply used by the two dehumidification systems-refrigeration parts-refrigeration plates connected electrically in series is limited to DC10V to DC24V; the voltage of the power supply used by the two dehumidification systems-refrigeration parts-refrigeration plates connected electrically in series is limited to DC13V to DC14V; the voltage of the power supply used by the two dehumidification systems-refrigeration parts-refrigeration plates connected electrically in series is limited to DC13.5V. Therefore, it is beneficial to extend the service life of the dehumidification system-refrigeration part-refrigeration plate.

[0181] 3. The technical solution adopts a dehumidification system-refrigeration unit-radiator in a rectangular shape; the dehumidification system-refrigeration unit-radiator plate surface is provided with a dehumidification system-refrigeration unit-radiator-first fixing hole (facilitating fixed connection with the box body), a dehumidification system-refrigeration unit-radiator-second fixing hole (facilitating fixed connection with the dehumidification system-refrigeration unit-insulation frame) and a dehumidification system-refrigeration unit-radiator-third fixing hole (facilitating fixed connection with the dehumidification system-refrigeration unit-temperature control switch); the dehumidification system-refrigeration unit-radiator-first fixing holes are two or four; the four dehumidification system-refrigeration unit-radiator-first fixing holes are distributed in a rectangular shape on the dehumidification system-refrigeration unit-radiator plate surface; the two dehumidification system-refrigeration unit-radiator-first The fixing holes are distributed in an "I" shape on the upper part of the board surface of the dehumidification system-refrigeration unit-radiator; there are two second fixing holes of the dehumidification system-refrigeration unit-radiator; the two second fixing holes of the dehumidification system-refrigeration unit-radiator are distributed in an "I" shape on the middle part of the board surface of the dehumidification system-refrigeration unit-radiator; the third fixing hole of the dehumidification system-refrigeration unit-radiator is set on the upper or lower part of the board surface of the dehumidification system-refrigeration unit-radiator, and is close to the dehumidification system-refrigeration unit-refrigeration fin; the dehumidification system-refrigeration unit-radiator and the heating surface of the dehumidification system-refrigeration unit-refrigeration fin are connected by silicone grease for thermal conduction; the dehumidification system-refrigeration unit-radiator is made of aluminum or copper, so it is conducive to the assembly of the dehumidification system and the timely perception of the temperature rise caused by dehumidification.

[0182] 4. This technical solution adopts the dehumidification system-refrigeration unit-refrigeration plate equipped with a dehumidification system-refrigeration unit-insulation frame; the dehumidification system-refrigeration unit-insulation frame is made of plastic; the dehumidification system-refrigeration unit-insulation frame includes a dehumidification system-refrigeration unit-insulation frame-body; the dehumidification system-refrigeration unit-insulation frame-body is in the shape of a rounded rectangular plate; the middle part of the dehumidification system-refrigeration unit-insulation frame-body is provided with a dehumidification system-refrigeration unit-insulation frame-mounting hole; the shape of the dehumidification system-refrigeration unit-insulation frame-mounting hole is square; the upper side of the dehumidification system-refrigeration unit-insulation frame-body is provided with a dehumidification system-refrigeration unit-insulation frame Thermal frame - wiring hole; the cross-section of the dehumidification system - refrigeration unit - insulation frame - wiring hole is oblong; there are two dehumidification system - refrigeration unit - insulation frame - wiring holes; the two dehumidification system - refrigeration unit - insulation frame - wiring holes are distributed in an "I" shape; the middle parts of the left and right sides of the dehumidification system - refrigeration unit - insulation frame - main body respectively protrude outward to form the dehumidification system - refrigeration unit - insulation frame - flange; the dehumidification system - refrigeration unit - insulation frame - main body are respectively provided with the technical means of fixing holes of the dehumidification system - refrigeration unit - insulation frame on the left and right sides of the middle part of the plate surface, so it is beneficial to fix the dehumidification system - refrigeration unit - refrigeration plate and improve the dehumidification efficiency.

[0183] 5. The present technical solution adopts a dehumidification system-refrigeration unit-condenser, which is a cooling-gathering condenser or a cooling-dissipating condenser; the cooling-gathering condenser includes a dehumidification system-refrigeration unit-condenser-drainage plate body; the dehumidification system-refrigeration unit-condenser-drainage plate body is made of a heat-insulating material; the upper part of the dehumidification system-refrigeration unit-condenser-drainage plate body is rectangular, and the lower part is an inverted isosceles triangle; the upper part of the dehumidification system-refrigeration unit-condenser-drainage plate body is provided with a dehumidification system-refrigeration unit-condenser-drainage groove; a dehumidification system-refrigeration unit-condenser-drainage strip is provided between two adjacent dehumidification systems-refrigeration unit-condenser-drainage grooves; the cross-sectional shape of the dehumidification system-refrigeration unit-condenser-drainage strip is an isosceles triangle; the dehumidification system-refrigeration unit-condenser-drainage groove The inner edge of the lower wall is higher than the outer edge to form a dehumidification system-refrigeration unit-condenser-drainage slope; the lower end of the dehumidification system-refrigeration unit-condenser-drainage plate body is provided with one or two or more dehumidification system-refrigeration unit-condenser-drainage convex tips; the board surface of the dehumidification system-refrigeration unit-condenser-drainage plate body is provided with a dehumidification system-refrigeration unit-condenser-fixing hole; there are two dehumidification system-refrigeration unit-condenser-fixing holes; the two dehumidification system-refrigeration unit-condenser-fixing holes are distributed on both sides of the middle part of the board surface of the dehumidification system-refrigeration unit-condenser-drainage plate body; the shape, structure and material of the cooling type condenser are the same as those of the dehumidification system-refrigeration unit-condenser-radiator, so it is beneficial to condense the moisture in the air and discharge it into the dehumidification system-water collecting part.

[0184] 6. The present technical solution also includes a dehumidification system-refrigeration unit-first bracket or a dehumidification system-refrigeration unit-third bracket due to the adoption of a dehumidification system; the dehumidification system-refrigeration unit-first bracket includes the dehumidification system-refrigeration unit-first bracket-body; the dehumidification system-refrigeration unit-first bracket-body is made of bent slats; the shape of the dehumidification system-refrigeration unit-first bracket-body is "Ω" shaped; the dehumidification system-refrigeration unit-first bracket-body is provided with a dehumidification system-refrigeration unit-first bracket-first fixing hole and a dehumidification system-refrigeration unit-first bracket-second fixing hole; the shape of the dehumidification system-refrigeration unit-first bracket-first fixing hole is an oblong hole; there are two dehumidification systems-refrigeration unit-first bracket-first fixing holes; the two dehumidification systems The first fixing hole of the dehumidification system-refrigeration unit-first bracket is distributed in the middle of the dehumidification system-refrigeration unit-first bracket-body; there are two second fixing holes of the dehumidification system-refrigeration unit-first bracket; the two second fixing holes of the dehumidification system-refrigeration unit-first bracket are distributed at both ends of the dehumidification system-refrigeration unit-first bracket-body; there are two first brackets of the dehumidification system-refrigeration unit; the two first brackets of the dehumidification system-refrigeration unit are respectively arranged at the upper and lower parts of the dehumidification system-refrigeration unit-radiator; the third bracket of the dehumidification system-refrigeration unit includes the third bracket of the dehumidification system-refrigeration unit-body; the third bracket of the dehumidification system-refrigeration unit-body is made of bent slats; the cross-sectional shape of the body of the dehumidification system-refrigeration unit-third bracket is downward Concave; Dehumidification system-refrigeration unit-third bracket-body is provided with dehumidification system-refrigeration unit-third bracket-first fixing hole and dehumidification system-refrigeration unit-third bracket-second fixing hole; Dehumidification system-refrigeration unit-third bracket-first fixing holes are two; Two dehumidification system-refrigeration unit-third bracket-first fixing holes are distributed in the middle of the side of the dehumidification system-refrigeration unit-third bracket-body; There are two dehumidification system-refrigeration unit-third bracket-second fixing holes; Two dehumidification system-refrigeration unit-third bracket-second fixing holes are distributed at both ends of the top surface of the dehumidification system-refrigeration unit-third bracket-body; The dehumidification system-refrigeration unit-third bracket is arranged on the upper part of the dehumidification system-refrigeration unit-radiator; The dehumidification system also includes a dehumidification system The dehumidification system-refrigeration unit-fan; the dehumidification system-refrigeration unit-fan is arranged behind the dehumidification system-refrigeration unit-radiator; the dehumidification system-refrigeration unit-fan and the dehumidification system-refrigeration unit-refrigeration fin are electrically connected in parallel; the dehumidification system-refrigeration unit-fan is fixedly connected to the dehumidification system-refrigeration unit-second bracket through the dehumidification system-refrigeration unit-mounting plate; the dehumidification system-refrigeration unit-mounting plate includes the dehumidification system-refrigeration unit-mounting plate-body; the dehumidification system-refrigeration unit-mounting plate-body is in the shape of a rounded rectangle; the dehumidification system-refrigeration unit-mounting plate-body is provided with a dehumidification system-refrigeration unit-mounting plate-ventilation hole, a dehumidification system-refrigeration unit-mounting plate-first fixing hole and a dehumidification system-refrigeration unit-mounting plate-second fixing hole on the board surface;The dehumidification system - refrigeration unit - mounting plate - ventilation hole is located in the lower center of the dehumidification system - refrigeration unit - mounting plate - main body; there are four dehumidification system - refrigeration unit - mounting plate - first fixing holes; the four dehumidification system - refrigeration unit - mounting plate - first fixing holes are distributed along the circumference of the dehumidification system - refrigeration unit - mounting plate - ventilation hole; there are two dehumidification system - refrigeration unit - mounting plate - second fixing holes; the two dehumidification system - refrigeration unit - mounting plate - second fixing holes are distributed in an "I" shape on the upper part of the dehumidification system - refrigeration unit - mounting plate - main body; the dehumidification system -Refrigeration unit-second bracket is made of bent slats; dehumidification system-refrigeration unit-second bracket includes dehumidification system-refrigeration unit-second bracket-slat body and dehumidification system-refrigeration unit-second bracket-plate body; dehumidification system-refrigeration unit-second bracket-slat body and dehumidification system-refrigeration unit-second bracket-plate body form an integrated part; dehumidification system-refrigeration unit-second bracket-plate body is located in the middle of one side of dehumidification system-refrigeration unit-second bracket-slat body; dehumidification system-refrigeration unit-second bracket-plate body is rectangular in shape; dehumidification system-refrigeration unit-second The middle part of the lower side of the bracket-plate body is concave upward to form a dehumidification system-refrigeration unit-second bracket-notch; the surface of the dehumidification system-refrigeration unit-second bracket-plate body is provided with a dehumidification system-refrigeration unit-second bracket-first fixing hole; there are two dehumidification system-refrigeration unit-second bracket-first fixing holes; the two dehumidification system-refrigeration unit-second bracket-first fixing holes are symmetrically distributed on both sides of the dehumidification system-refrigeration unit-second bracket-notch; the dehumidification system-refrigeration unit-second bracket-strip body is provided with a dehumidification system-refrigeration unit-second bracket-second fixing hole. Fixed holes and dehumidification system-refrigeration unit-second bracket-third fixing holes; there are two dehumidification system-refrigeration unit-second bracket-second fixing holes; the two dehumidification system-refrigeration unit-second bracket-second fixing holes are located in the middle of one side of the dehumidification system-refrigeration unit-second bracket-strip; there are two dehumidification system-refrigeration unit-second bracket-third fixing holes; the two dehumidification system-refrigeration unit-second bracket-third fixing holes are located at both ends of the top surface of the dehumidification system-refrigeration unit-second bracket-strip. This technical means facilitates fixed connection with the cabinet.

[0185] 7. This technical solution adopts a dehumidification system - water collection part including a dehumidification system - water collection part - water storage box and a dehumidification system - water collection part - water guide plate; the dehumidification system - water collection part - water guide plate and the dehumidification system - water collection part including the dehumidification system - water collection part - water storage box are rotatably connected; a water-absorbing material is provided in the dehumidification system - water collection part - water storage box; the water-absorbing material is a sponge; the dehumidification system - water collection part - water storage box is divided into a side-fixed water storage box and a bottom-fixed water storage box; the dehumidification system - water collection part - water guide plate is divided into an upper front edge water guide plate and a lower front edge water guide; the dehumidification system - water collection part - water storage box includes a dehumidification system - water collection part - water storage box - front plate, a dehumidification system - water collection part - water storage box - rear plate, a dehumidification system - water collection part - water storage box - left plate, a dehumidification system - water collection part - water storage box The dehumidification system-water collecting part-water storage box-right side plate, the dehumidification system-water collecting part-water storage box-bottom plate and the dehumidification system-water collecting part-water storage box-top plate; the dehumidification system-water collecting part-water storage box-front plate, the dehumidification system-water collecting part-water storage box-back plate, the dehumidification system-water collecting part-water storage box-left side plate, the dehumidification system-water collecting part-water storage box-right side plate, the dehumidification system-water collecting part-water storage box-bottom plate and the dehumidification system-water collecting part-water storage box-top plate form an integrated part; the width of the dehumidification system-water collecting part-water storage box-top plate is smaller than the width of the dehumidification system-water collecting part-water storage box-bottom plate; the dehumidification system-water collecting part-water storage box-top plate is arranged at the rear; the middle part of the inner surface upper side of the dehumidification system-water collecting part-water storage box-left side plate and the middle part of the inner surface upper side of the dehumidification system-water collecting part-water storage box-right side plate are respectively Correspondingly, there are provided with dehumidification system-water collecting part-water storage box-axis head; the upper front end of the left side plate of dehumidification system-water collecting part-water storage box-and the upper front end of the right side plate of dehumidification system-water collecting part-water storage box-are provided with dehumidification system-water collecting part-water storage box-avoidance part respectively; the upper, left and right sides of the front plate of dehumidification system-water collecting part-water storage box form concave card edges respectively; the concave card edges are provided with dehumidification system-water collecting part-water storage box-fixing holes; there are five dehumidification system-water collecting part-water storage box-fixing holes; the five dehumidification system-water collecting part-water storage box-fixing holes are distributed on the concave card edges; the outer side of the front plate of dehumidification system-water collecting part-water storage box-is provided with dehumidification system-water collecting part-water storage box-push-pull buckle in the lower center; the dehumidification system-water collecting part-water storage box-is provided with The lower part of the inner surface of the water box-front plate protrudes backward to form a dehumidification system-water collecting part-water storage box-slant; the dehumidification system-water collecting part-water storage box-clamp is centrally provided with a dehumidification system-water collecting part-water storage box-front plate; the dehumidification system-water collecting part-water storage box-front plate is equipped with a dehumidification system-water collecting part-pad frame; the dehumidification system-water collecting part-pad frame is made of a sealing material; the dehumidification system-water collecting part-pad frame includes a dehumidification system-water collecting part-pad frame-body; the shape of the dehumidification system-water collecting part-pad frame-body is concave; the dehumidification system-water collecting part-pad frame-body is provided with a dehumidification system-water collecting part-pad frame-fixing holes; the dehumidification system-water collecting part-pad frame-fixing holes are distributed on the dehumidification system-water collecting part-pad frame-body;The left and right sides of the dehumidification system-water collecting part-water storage box-bottom plate extend outward to form two mounting strips respectively; each mounting strip is provided with two dehumidification system-water collecting part-water storage box-fixing holes; the four dehumidification system-water collecting part-water storage box-fixing holes are distributed in a rectangular shape; each dehumidification system-water collecting part-water storage box-fixing hole is provided with a dehumidification system-water collecting part-support column; the dehumidification system-water collecting part-water guide plate includes the dehumidification system-water collecting part-water guide plate-bottom plate, the dehumidification system-water collecting part-water guide plate-side plate and the dehumidification system-water collecting part-water guide plate-baffle; the shape of the dehumidification system-water collecting part-water guide plate-bottom plate is rectangular; the dehumidification system-water collecting part-water guide plate-bottom plate is inclined downward from front to back; the shape of the dehumidification system-water collecting part-water guide plate-side plate is trapezoidal or triangular; there are two dehumidification system-water collecting part-water guide plate-side plates; two The dehumidification system-water collection part-water guide plate-side plates are respectively arranged on the left and right sides of the dehumidification system-water collection part-water guide plate-bottom plate; the rear sides of the two dehumidification system-water collection part-water guide plate-side plates are respectively provided with dehumidification system-water collection part-water guide plate-axial holes; the dehumidification system-water collection part-water guide plate-baffle is arranged on the front side of the dehumidification system-water collection part-water guide plate-bottom plate; the upper edge of the dehumidification system-water collection part-water guide plate-baffle is away from the dehumidification system-water collection part-water guide plate-bottom plate; the two ends of the dehumidification system-water collection part-water guide plate-baffle extend outward to form dehumidification system-water collection part-water guide plate-protrusions; or the lower edge of the dehumidification system-water collection part-water guide plate-baffle is away from the dehumidification system-water collection part-water guide plate-bottom plate. This is conducive to the long-term storage of condensed water in the water-absorbing material, which is not easy to flow out or evaporate.

[0186] The second technical problem to be solved by this technical solution is to provide a power supply chassis, which can control the working state of the dehumidification device according to the temperature during dehumidification, ensure the normal operation of components in the chassis, and prevent damage to the components.

[0187] In order to solve the second technical problem mentioned above, this technical solution provides a power supply chassis,

[0188] Including the box;

[0189] The dehumidification system is provided in the box;

[0190] The dehumidification system is the dehumidification system as described above.

[0191] Various improvements to this technical solution are described below.

[0192] The box body includes a box body-rear cover plate and a box body-front cover plate;

[0193] The box-rear cover and the box-front cover are fixedly connected by a box-upper support bar and a box-lower support bar;

[0194] A box-partition plate is provided in the box;

[0195] The upper portion of the box-partition is a sealed cavity;

[0196] The dehumidification system is located in the sealed cavity;

[0197] There are two upper support bars on the box body;

[0198] The two boxes-upper support bars are respectively provided with box-upper support bar-fixing holes;

[0199] The upper portion of the box-rear cover is provided with a box-rear cover-installation opening, a box-rear cover-first fixing hole and a box-rear cover-second fixing hole;

[0200] The box body-rear cover plate-installation opening is located in the middle of the box body-rear cover plate;

[0201] The shape of the box body-rear cover plate-installation opening is rectangular;

[0202] The box body-rear cover-first fixing holes have four;

[0203] The four box-rear cover-first fixing holes are distributed in a rectangular shape on the upper part of the box-rear cover;

[0204] There are five second fixing holes on the box body-rear cover plate;

[0205] The five box-rear cover-second fixing holes are distributed on the edge of the box-rear cover-installation opening;

[0206] or,

[0207] The two box-upper support bars are respectively provided with two box-upper support bar-fixing holes;

[0208] The four boxes, upper support bars and fixing holes are distributed in a rectangular shape;

[0209] The box-partition plate is provided with a box-partition plate-fixing hole;

[0210] There are four box-partition-fixing holes;

[0211] The four box-partition-fixing holes are distributed in a rectangular shape.

[0212] Compared with the prior art, the power supply chassis of this technical solution has the following beneficial effects.

[0213] 1. Since the dehumidification system adopted in this technical solution is the technical means of the dehumidification system described above, its working state can be controlled according to the temperature of the dehumidification system-refrigeration unit-radiator during dehumidification, ensuring the normal operation of components in the chassis and preventing damage to the components.

[0214] 2. This technical solution adopts a box body including a box body-rear cover plate and a box body-front cover plate; the box body-rear cover plate and the box body-front cover plate are fixedly connected by the box body-upper support bar and the box body-lower support bar; a box body-partition plate is provided in the box body; the upper part of the box body-partition plate is a sealed cavity; the dehumidification system is located in the sealed cavity; there are two box body-upper support bars; the two box body-upper support bars are respectively provided with box body-upper support bar-fixing holes; the upper part of the box body-rear cover plate is provided with a box body-rear cover plate-mounting port, a box body-rear cover plate-first fixing hole and a box body-rear cover plate-second fixing hole; the box body-rear cover plate-mounting port is located in the middle part of the box body-rear cover plate; the box body-rear cover plate-mounting port is rectangular in shape; there are four box body-rear cover plate-first fixing holes; the four box body- The first fixing holes of the rear cover are distributed in a rectangular shape on the upper part of the box-rear cover; there are five second fixing holes of the box-rear cover; the five second fixing holes of the box-rear cover are distributed on the edge of the box-rear cover-mounting port, which is conducive to installing the dehumidification system at the rear of the box 2 for easy maintenance; due to the use of two box-upper support bars, two box-upper support bar-fixing holes are respectively provided; the four box-upper support bar-fixing holes are distributed in a rectangular shape; the box-partition is provided with box-partition-fixing holes; there are four box-partition-fixing holes; the four box-partition-fixing holes are distributed in a rectangular shape, which is conducive to installing the dehumidification system in the middle of the box 2 and facilitating the arrangement of the box-spare parts box on the box-rear cover. BRIEF DESCRIPTION OF THE DRAWINGS

[0215] The dehumidification system and the power supply chassis of the present invention will be further described in detail below with reference to the accompanying drawings and specific implementation methods.

[0216] Figure 1 It is a schematic diagram of the three-dimensional structure of the first power supply chassis in this embodiment.

[0217] Figure 2 This is a schematic diagram of the three-dimensional structure of the box body in the first power supply chassis of this embodiment.

[0218] Figure 3 It is a schematic diagram of the three-dimensional structure of the first dehumidification system in the first power supply chassis of this embodiment.

[0219] Figure 4 This is a schematic top view of the structure of the second dehumidification system in the first power supply chassis of this embodiment.

[0220] Figure 5It is a schematic diagram of the three-dimensional structure of the first dehumidification system-refrigeration unit-radiator in the first power supply chassis of this embodiment.

[0221] Figure 6 It is a schematic diagram of the three-dimensional structure of the first dehumidification system-refrigeration unit-insulation frame in the first power supply chassis of this embodiment.

[0222] Figure 7 This is a schematic diagram of the main structure of the first dehumidification system-refrigeration unit-condenser (drainage plate) in the first power supply chassis of this embodiment.

[0223] Figure 8 It is a schematic diagram of the three-dimensional structure of the first dehumidification system-refrigeration unit-first bracket in the first power supply chassis of this embodiment.

[0224] Figure 9 This is a schematic diagram of the main structure of the first dehumidification system-refrigeration unit-mounting plate in the first power supply chassis of this embodiment.

[0225] Figure 10 It is a schematic diagram of the three-dimensional structure of the first dehumidification system-refrigeration unit-second bracket in the first power supply chassis of this embodiment.

[0226] Figure 11 It is a schematic diagram of the upper right front view of the three-dimensional structure of the first dehumidification system-water collection part-water storage box in the first power supply chassis of this embodiment.

[0227] Figure 12 It is a schematic diagram of the upper right rear stereoscopic structure of the first dehumidification system-water collection part-water storage box in the first power supply chassis of this embodiment.

[0228] Figure 13 It is a schematic diagram of the three-dimensional structure of the first dehumidification system-water collection part-water guide plate in the first power supply chassis of this embodiment.

[0229] Figure 14 This is a schematic diagram of the main structure of the first dehumidification system - water collection part - pad frame in the first power supply chassis of this embodiment.

[0230] Figure 15 It is a schematic diagram of the three-dimensional structure of the second power supply chassis of this embodiment.

[0231] Figure 16 It is a schematic diagram of the three-dimensional structure of the box body in the second power supply chassis of this embodiment.

[0232] Figure 17 It is a schematic diagram of the three-dimensional structure of the dehumidification system in the second power supply chassis of this embodiment.

[0233] Figure 18This is a schematic diagram of the three-dimensional structure of the dehumidification system-refrigeration unit-radiator in the second power supply chassis of this embodiment.

[0234] Figure 19 This is a schematic diagram of the three-dimensional structure of the dehumidification system-refrigeration unit-third bracket in the second power supply chassis of this embodiment.

[0235] Figure 20 It is a schematic diagram of the three-dimensional structure of the moisture removal system-water collection part in the second power supply chassis of this embodiment.

[0236] Figure 21 It is a schematic diagram of the three-dimensional structure of the dehumidification system-water collection part-water storage box in the second power supply chassis of this embodiment.

[0237] Figure 22 It is a schematic diagram of the three-dimensional structure of the dehumidification system-water collection part-water storage box in the second power supply chassis of this embodiment.

[0238] Figure 23 This is a first circuit diagram of the dehumidification system-refrigeration unit-refrigeration plate in the power supply chassis of this embodiment.

[0239] Figure 24 This is a second circuit diagram of the dehumidification system-refrigeration unit-refrigeration plate in the power supply chassis of this embodiment.

[0240] Description of the reference numerals is as follows.

[0241] 1~Box;

[0242] 1-1~Box-rear cover;

[0243] 1-1-1 ~ Box - rear cover - installation port;

[0244] 1-1-2 ~ Box - rear cover - first fixing hole;

[0245] 1-1-3 ~ Box - rear cover - second fixing hole;

[0246] 1-2 ~ Box body - front cover;

[0247] 1-3 ~ Box body - upper support bar;

[0248] 1-3-1 ~ Box - Upper support bar - Fixing hole;

[0249] 1-4 ~ Box body - lower support bar;

[0250] 1-5 ~ box - partition;

[0251] 1-5-1~Box-partition-fixing hole;

[0252] 1-6~Box-Spare parts box;

[0253] 2~Dehumidification system;

[0254] 2-1~Dehumidification system-refrigeration unit;

[0255] 2-1-1~Dehumidification system-Refrigeration unit-Refrigeration chip;

[0256] 2-1-2~Dehumidification system-refrigeration unit-radiator;

[0257] 2-1-2-1~Dehumidification system-Refrigeration unit-Radiator-First fixing hole;

[0258] 2-1-2-2 ~ Dehumidification system - Refrigeration unit - Radiator - Second fixing hole;

[0259] 2-1-2-3 ~ Dehumidification system - Refrigeration unit - Radiator - Third fixing hole;

[0260] 2-1-3~Dehumidification system-refrigeration unit-insulation frame;

[0261] 2-1-3-1~Dehumidification system-refrigeration unit-insulation frame-main body;

[0262] 2-1-3-2 ~ Dehumidification system - Refrigeration unit - Insulation frame - Mounting hole;

[0263] 2-1-3-3 ~ Dehumidification system - Refrigeration unit - Insulation frame - Cable routing hole;

[0264] 2-1-3-4 ~ Dehumidification system - refrigeration unit - insulation frame - flange;

[0265] 2-1-3-5 ~ Dehumidification system - Refrigeration unit - Insulation frame - Fixing holes;

[0266] 2-1-4~Dehumidification system-refrigeration unit-condenser;

[0267] 2-1-4-1~Dehumidification system-refrigeration unit-condenser-drainage plate body;

[0268] 2-1-4-2 ~ Dehumidification system - refrigeration unit - condenser - drainage trough;

[0269] 2-1-4-3 ~ Dehumidification system - refrigeration unit - condenser - drainage strip;

[0270] 2-1-4-4~Dehumidification system-refrigeration unit-condenser-drainage slope;

[0271] 2-1-4-5~Dehumidification system-refrigeration unit-condenser-drainage convex tip;

[0272] 2-1-4-6 ~ Dehumidification system - Refrigeration unit - Condenser - Fixing hole;

[0273] 2-1-5~Dehumidification system-refrigeration unit-temperature control switch;

[0274] 2-1-6~Dehumidification system-refrigeration unit-first bracket;

[0275] 2-1-6-1~Dehumidification system-refrigeration unit-first bracket-main body;

[0276] 2-1-6-2 ~ Dehumidification system - Refrigeration unit - First bracket - First fixing hole;

[0277] 2-1-6-3 ~ Dehumidification system - Refrigeration unit - First bracket - Second fixing hole;

[0278] 2-1-7~Dehumidification system-refrigeration unit-fan;

[0279] 2-1-8~Dehumidification system-refrigeration unit-mounting plate;

[0280] 2-1-8-1~Dehumidification system-Refrigeration unit-Mounting plate-Main body;

[0281] 2-1-8-2~Dehumidification system-Refrigeration unit-Mounting plate-Ventilation hole;

[0282] 2-1-8-3 ~ Dehumidification system - Refrigeration unit - Mounting plate - First fixing hole;

[0283] 2-1-8-4~Dehumidification system - Refrigeration unit - Mounting plate - Second fixing hole;

[0284] 2-1-9~Dehumidification system-refrigeration unit-second bracket;

[0285] 2-1-9-1~Dehumidification system-Refrigeration unit-Second bracket-Strip body;

[0286] 2-1-9-2~Dehumidification system-Refrigeration unit-Second bracket-Plate;

[0287] 2-1-9-3~Dehumidification system - Refrigeration unit - Second bracket - Notch;

[0288] 2-1-9-4~Dehumidification system-Refrigeration unit-Second bracket-First fixing hole;

[0289] 2-1-9-5~Dehumidification system-Refrigeration unit-Second bracket-Second fixing hole;

[0290] 2-1-9-6~Dehumidification system-Refrigeration unit-Second bracket-Third fixing hole;

[0291] 2-1-10~Dehumidification system-refrigeration unit-third bracket;

[0292] 2-1-10-1~Dehumidification system-Refrigeration unit-Third bracket-Main body;

[0293] 2-1-10-2 ~ Dehumidification system - Refrigeration unit - Third bracket - First fixing hole;

[0294] 2-1-10-3 ~ Dehumidification system - Refrigeration unit - Third bracket - Second fixing hole;

[0295] 2-1-11~Dehumidification system-Refrigeration unit-Humidity switch;

[0296] 2-1-12~Dehumidification system-refrigeration unit-manual switch;

[0297] 2-1-13~Dehumidification system-refrigeration unit-plc controller switch;

[0298] 2-1-14~Dehumidification system-Refrigeration unit-Dehumidification switch;

[0299] 2-1-15~Dehumidification system-refrigeration unit-battery;

[0300] 2-2~Tidal removal system-water collection part;

[0301] 2-2-1~Dehumidification system - water collection part - water storage box;

[0302] 2-2-1-1~Dehumidification system-water collection part-water storage box-front plate;

[0303] 2-2-1-2~Dehumidification system-water collection part-water storage box-rear plate;

[0304] 2-2-1-3 ~ Dehumidification system - water collection part - water storage box - left side panel;

[0305] 2-2-1-4~Dehumidification system - water collection part - water storage box - right side panel;

[0306] 2-2-1-5~Dehumidification system-water collection part-water storage box-bottom plate;

[0307] 2-2-1-6~Dehumidification system-water collection part-water storage box-top plate;

[0308] 2-2-1-7~Dehumidification system-water collection part-water storage box-axis head;

[0309] 2-2-1-8~Dehumidification system-water collection part-water storage box-fixing hole;

[0310] 2-2-1-9~Dehumidification system - water collection part - water storage box - push-pull pull;

[0311] 2-2-1-10~Dehumidification system-water collection part-water storage box-avoidance part;

[0312] 2-2-1-11~Dehumidification system-water collection part-water storage box-slope;

[0313] 2-2-1-12~Dehumidification system-water collection part-water storage box-clamp head;

[0314] 2-2-2~Dehumidification system - water collection part - water guide plate;

[0315] 2-2-2-1~Dehumidification system - water collection part - water guide plate - bottom plate;

[0316] 2-2-2-2~Dehumidification system-water collection part-water guide plate-side plate;

[0317] 2-2-2-3~Dehumidification system - water collection part - water guide plate - baffle;

[0318] 2-2-2-4~Dehumidification system-water collection part-water guide plate-axis hole;

[0319] 2-2-2-5~Dehumidification system-water collection part-water guide plate-protrusion;

[0320] 2-2-2-6~Dehumidification system - water collection part - water guide plate - clamping strip;

[0321] 2-2-3~Dehumidification system - water collection part - pad frame;

[0322] 2-2-3-1~Dehumidification system - water collection part - pad frame - main body;

[0323] 2-2-3-2 ~ Dehumidification system - water collection part - pad frame - fixing hole;

[0324] 2-2-4~Dehumidification system - water collection part - support column;

[0325] 3. Power supply department. DETAILED DESCRIPTION

[0326] The first technical problem to be solved by this embodiment is to provide a dehumidification system, which can control its working state according to the temperature during dehumidification, ensure the normal operation of components in the chassis, and prevent damage to the components.

[0327] like Figures 1 to 24 As shown,

[0328] In order to solve the first technical problem mentioned above, this embodiment provides a dehumidification system 2.

[0329] It includes a dehumidification system-refrigeration part 2-1 and a dehumidification system-water collection part 2-2;

[0330] The moisture removal system-water collection part 2-2 is located below the moisture removal system-refrigeration part 2-1;

[0331] The dehumidification system-refrigeration unit 2-1 includes a dehumidification system-refrigeration unit-refrigeration fin 2-1-1, a dehumidification system-refrigeration unit-radiator 2-1-2 and a dehumidification system-refrigeration unit-condenser 2-1-4;

[0332] The dehumidification system - refrigeration unit - radiator 2-1-2 is thermally connected to the heating surface of the dehumidification system - refrigeration unit - refrigeration fin 2-1-1;

[0333] The dehumidification system - refrigeration unit - condenser 2-1-4 is thermally connected to the refrigeration surface of the dehumidification system - refrigeration unit - refrigeration plate 2-1-1;

[0334] The dehumidification system - refrigeration unit - refrigeration plate 2-1-1 is electrically connected to the dehumidification system - refrigeration unit - dehumidification switch 2-1-14;

[0335] Dehumidification system-refrigeration unit-dehumidification switch 2-1-14 includes dehumidification system-refrigeration unit-temperature control switch 2-1-5;

[0336] Dehumidification system - refrigeration unit - temperature control switch 2-1-5 is in the closed state at low temperature and in the open state at high temperature;

[0337] The temperature sensing portion of the dehumidification system-refrigeration unit-temperature control switch 2-1-5 is thermally connected to the dehumidification system-refrigeration unit-radiator 2-1-2.

[0338] In this embodiment, the dehumidification system-refrigeration unit-refrigeration plate 2-1-1 is electrically connected to the dehumidification system-refrigeration unit-dehumidification switch 2-1-14; the dehumidification system-refrigeration unit-dehumidification switch 2-1-14 includes the dehumidification system-refrigeration unit-temperature control switch 2-1-5; the dehumidification system-refrigeration unit-temperature control switch 2-1-5 is in a closed state at low temperatures and in an open state at high temperatures; the temperature sensing part of the dehumidification system-refrigeration unit-temperature control switch 2-1-5 is thermally connected to the dehumidification system-refrigeration unit-radiator 2-1-2 by a technical means, so the working state of the dehumidification system-refrigeration unit-radiator 2-1-2 can be controlled according to the temperature of the dehumidification system-refrigeration unit-radiator 2-1-2 during dehumidification, thereby ensuring the normal operation of the components in the chassis and preventing damage to the components.

[0339] Various improvements of this embodiment are described in detail below.

[0340] like Figures 23 to 24 As shown,

[0341] The dehumidification system-refrigeration unit-dehumidification switch 2-1-14 also includes a dehumidification system-refrigeration unit-humidity switch 2-1-11;

[0342] Dehumidification system - refrigeration unit - humidity switch 2-1-11 is in the open state when the humidity is low and in the closed state when the humidity is high;

[0343] The dehumidification system - refrigeration unit - humidity switch 2-1-11 is electrically connected in series with the dehumidification system - refrigeration unit - temperature control switch 2-1-5;

[0344] The dehumidification system-refrigeration unit-dehumidification switch 2-1-14 also includes a dehumidification system-refrigeration unit-manual switch 2-1-12 or a dehumidification system-refrigeration unit-plc controller switch 2-1-13;

[0345] Dehumidification system - refrigeration unit - manual switch 2-1-12, dehumidification system - refrigeration unit - humidity switch 2-1-11 and dehumidification system - refrigeration unit - temperature control switch 2-1-5 are electrically connected in series;

[0346] Dehumidification system - refrigeration unit - PLC controller switch 2-1-13, dehumidification system - refrigeration unit - humidity switch 2-1-11 and dehumidification system - refrigeration unit - temperature control switch 2-1-5 are electrically connected in series;

[0347] The temperature of the dehumidification system - refrigeration unit - temperature control switch 2-1-5 is limited to 10℃ to 100℃;

[0348] The temperature of the dehumidification system - refrigeration unit - temperature control switch 2-1-5 is limited to 20℃ to 80℃;

[0349] The temperature of the dehumidification system - refrigeration unit - temperature control switch 2-1-5 is limited to 30℃ to 70℃;

[0350] The temperature of the dehumidification system - refrigeration unit - temperature control switch 2-1-5 is limited to 40℃ to 60℃;

[0351] The temperature limit of the dehumidification system - refrigeration unit - temperature control switch 2-1-5 is 55°C;

[0352] Dehumidification system - Refrigeration unit - Humidity switch 2-1-11 limits the relative humidity to 0% to 100%;

[0353] Dehumidification system - refrigeration unit - humidity switch 2-1-11 limits the relative humidity to 10% to 80%;

[0354] Dehumidification system - Refrigeration unit - Humidity switch 2-1-11 limits the relative humidity to 20% to 60%;

[0355] Dehumidification system - refrigeration unit - humidity switch 2-1-11 limits the relative humidity to 40% to 50%;

[0356] The dehumidification system-refrigeration unit-refrigeration plate 2-1-1 is electrically connected to the power supply unit 3 and / or the dehumidification system-refrigeration unit-battery 2-1-15 through the dehumidification system-refrigeration unit-dehumidification switch 2-1-14;

[0357] The voltage of the dehumidification system - refrigeration unit - battery (2-1-15) is 6V or 12V;

[0358] The model of dehumidification system - refrigeration unit - refrigeration plate 2-1-1 is 12706;

[0359] The rated voltage of dehumidification system - refrigeration unit - refrigeration plate 2-1-1 is 12V;

[0360] Dehumidification system - refrigeration unit - refrigeration plate 2-1-1 volume is 40X40X3.8mm 3 ;

[0361] Dehumidification system - refrigeration unit - refrigeration plate 2-1-1 has one or two;

[0362] The voltage of the power supply 3 used by a dehumidification system - refrigeration unit - refrigeration plate 2-1-1 is limited to DC5V to DC12V;

[0363] The voltage of the power supply 3 used by a dehumidification system - refrigeration unit - refrigeration plate 2-1-1 is limited to DC7V;

[0364] In the two dehumidification systems - refrigeration units - refrigeration fins 2-1-1, the cooling surface of one is thermally connected to the heating surface of the other;

[0365] The two dehumidification systems - refrigeration units - refrigeration fins 2-1-1 are electrically connected in series or in parallel;

[0366] The voltage of the power supply 3 used by the two dehumidification systems - refrigeration units - refrigeration fins 2-1-1 electrically connected in parallel is limited to DC5V to DC12V;

[0367] The voltage of the power supply 3 used by the two dehumidification systems - refrigeration unit - refrigeration plate 2-1-1 electrically connected in parallel is limited to DC7V;

[0368] The voltage of the power supply 3 used by the two dehumidification systems - refrigeration units - refrigeration fins 2-1-1 electrically connected in series is limited to DC10V to DC24V;

[0369] The voltage of the power supply 3 used by the two dehumidification systems - refrigeration units - refrigeration fins 2-1-1 electrically connected in series is limited to DC13V to DC14V;

[0370] The voltage of the power supply 3 used by the two dehumidification systems - refrigeration units - refrigeration fins 2-1-1 electrically connected in series is limited to DC13.5V.

[0371] This embodiment adopts the dehumidification system-refrigeration unit-dehumidification switch 2-1-14 and also includes the dehumidification system-refrigeration unit-humidity switch 2-1-11; the dehumidification system-refrigeration unit-humidity switch 2-1-11 is in an open state when the humidity is low and in a closed state when the humidity is high; the dehumidification system-refrigeration unit-humidity switch 2-1-11 is electrically connected in series with the dehumidification system-refrigeration unit-temperature control switch 2-1-5. Therefore, it can not only prevent dehumidification at high temperatures, but also prevent dehumidification at low humidity, thereby realizing intelligent dehumidification; since the dehumidification system-refrigeration unit-dehumidification switch 2-1-14 also includes the dehumidification system-refrigeration unit-manual switch 2-1-12 or the dehumidification system-refrigeration unit-PLC controller switch The dehumidification system - refrigeration unit - manual switch 2-1-12, the dehumidification system - refrigeration unit - humidity switch 2-1-11 and the dehumidification system - refrigeration unit - temperature control switch 2-1-5 are electrically connected in series; the dehumidification system - refrigeration unit - PLC controller switch 2-1-13, the dehumidification system - refrigeration unit - humidity switch 2-1-11 and the dehumidification system - refrigeration unit - temperature control switch 2-1-5 are electrically connected in series. Therefore, manual control or intelligent control can be performed according to different environments; due to the temperature limit of the dehumidification system - refrigeration unit - temperature control switch 2-1-5 being 10℃ to 100℃; the temperature limit of the dehumidification system - refrigeration unit - temperature control switch 2-1-5 being 20℃ to 80℃; the dehumidification system - refrigeration unit - PLC controller switch 2-1-13, the dehumidification system - refrigeration unit - humidity switch 2-1-11 and the dehumidification system - refrigeration unit - temperature control switch 2-1-5 are electrically connected in series. The temperature of the system-refrigeration unit-temperature control switch 2-1-5 is limited to 30℃ to 70℃; the temperature of the dehumidification system-refrigeration unit-temperature control switch 2-1-5 is limited to 40℃ to 60℃; the temperature of the dehumidification system-refrigeration unit-temperature control switch 2-1-5 is limited to 55℃. Therefore, the safe and stable operation of the power supply chassis can be ensured; due to the adoption of the dehumidification system-refrigeration unit-humidity switch 2-1-11, the relative humidity is limited to 0% to 100%; the relative humidity of the dehumidification system-refrigeration unit-humidity switch 2-1-11 is limited to 10% to 80%; the relative humidity of the dehumidification system-refrigeration unit-humidity switch 2-1-11 is limited to 20% to 60%; the dehumidification system-refrigeration unit-humidity switch 2- The relative humidity of 1-11 is limited to 40% to 50% by technical means, so that dehumidification can be carried out before condensation occurs, ensuring that the components and circuits remain dry; due to the use of the dehumidification system-refrigeration unit-refrigeration plate 2-1-1 electrically connected to the power supply unit 3 and / or the dehumidification system-refrigeration unit-battery 2-1-15 through the dehumidification system-refrigeration unit-dehumidification switch 2-1-14; the voltage of the dehumidification system-refrigeration unit-battery 2-1-15 is 6V or 12V. Therefore, when the power supply chassis is working and the relative humidity in the chassis is greater than the set value, power can be supplied through the power supply unit 3 (the power supply unit 3 is a switching power supply in the prior art) to remove moisture and charge the dehumidification system-refrigeration unit-battery;When the power supply chassis is not connected to the mains power supply and the relative humidity inside the chassis is greater than the set value, dehumidification can be performed by powering the dehumidification system-refrigeration unit-battery 2-1-15. Since the model of the dehumidification system-refrigeration unit-refrigeration plate 2-1-1 is 12706 and the rated voltage of the dehumidification system-refrigeration unit-refrigeration plate 2-1-1 is 12V, and the volume of the dehumidification system-refrigeration unit-refrigeration plate 2-1-1 is 40X40X3.8mm, 3 This model is a relatively cheap and cost-effective refrigeration plate among refrigeration plates, so it is beneficial to reduce production costs; because it adopts the dehumidification system-refrigeration part-refrigeration plate 2-1-1 with one or two technical means, it is beneficial to produce a variety of dehumidification systems according to different situations.

[0372] Solution 1: Due to the adoption of a dehumidification system - refrigeration unit - refrigeration plate 2-1-1, the optional voltage of the power supply unit 3 used is DC6V to DC12V; the voltage of the power supply unit 3 used by the dehumidification system - refrigeration unit - refrigeration plate 2-1-1 is preferably DC7V, which is conducive to charging the battery;

[0373] Solution 2: When the dehumidification system - refrigeration unit - refrigeration plate 2-1-1 adopts two superimposed technical solutions, the cooling surface of one is thermally connected to the heating surface of the other, which is conducive to increasing the temperature difference of the refrigeration plate 2-1-1;

[0374] The dehumidification system-refrigeration unit-refrigeration plate 2-1-1 with two superimposed refrigeration plates is electrically connected in series or in parallel; the voltage of the power supply part 3 used by the two dehumidification systems-refrigeration units-refrigeration plates 2-1-1 electrically connected in series is rated at DC24V; the voltage of the power supply part 3 used by the two dehumidification systems-refrigeration units-refrigeration plates 2-1-1 electrically connected in parallel is rated at DC12V; the voltage of the power supply part 3 used by the two dehumidification systems-refrigeration units-refrigeration plates 2-1-1 electrically connected in series can be selected from DC12V to DC24V; the voltage of the power supply part 3 used by the two dehumidification systems-refrigeration units-refrigeration plates 2-1-1 electrically connected in parallel can be selected from DC6V to DC12V; the voltage of the power supply part 3 used by the two dehumidification systems-refrigeration units-refrigeration plates 2-1-1 electrically connected in series is preferably DC13.5V, which is conducive to charging the battery, a technical means, and at the same time, low voltage is conducive to extending the service life of the dehumidification system-refrigeration unit-refrigeration plates 2-1-1.

[0375] like Figure 5 and Figure 18 As shown,

[0376] The dehumidification system - cooling unit - radiator 2-1-2 is rectangular in shape;

[0377] The panel surface of the dehumidification system-refrigeration unit-radiator 2-1-2 is provided with a dehumidification system-refrigeration unit-radiator-first fixing hole 2-1-2-1, a dehumidification system-refrigeration unit-radiator-second fixing hole 2-1-2-2, and a dehumidification system-refrigeration unit-radiator-third fixing hole 2-1-2-3;

[0378] Dehumidification system - Refrigeration unit - Radiator - There are two first fixing holes 2-1-2-1 (see Figure 18 ) or four (see Figure 5 );

[0379] Four dehumidification system-refrigeration unit-radiator-first fixing holes 2-1-2-1 are distributed in a rectangular shape on the plate surface of the dehumidification system-refrigeration unit-radiator 2-1-2;

[0380] The two dehumidification system - refrigeration unit - radiator - first fixing holes 2-1-2-1 are distributed in a straight line on the upper surface of the dehumidification system - refrigeration unit - radiator 2-1-2;

[0381] Dehumidification system - Refrigeration unit - Radiator - There are two second fixing holes 2-1-2-2;

[0382] The two dehumidification system - refrigeration unit - radiator - second fixing holes 2-1-2-2 are distributed in a straight line in the middle of the dehumidification system - refrigeration unit - radiator 2-1-2 plate;

[0383] Dehumidification system - refrigeration unit - radiator - third fixing hole 2-1-2-3 is set on the upper surface of the dehumidification system - refrigeration unit - radiator 2-1-2 (see Figure 5 ) or lower part (see Figure 18 ) and close to the dehumidification system - refrigeration unit - refrigeration plate 2-1-1;

[0384] The dehumidification system - refrigeration unit - radiator 2-1-2 and the heating surface of the dehumidification system - refrigeration unit - refrigeration plate 2-1-1 are thermally connected through silicone grease;

[0385] The dehumidification system - refrigeration unit - radiator 2-1-2 is made of aluminum or copper.

[0386] In this embodiment, the dehumidification system-refrigeration unit-radiator 2-1-2 is in a rectangular shape; the plate surface of the dehumidification system-refrigeration unit-radiator 2-1-2 is provided with a dehumidification system-refrigeration unit-radiator-first fixing hole 2-1-2-1 (facilitating fixed connection with the box body 1), a dehumidification system-refrigeration unit-radiator-second fixing hole 2-1-2-2 (facilitating fixed connection with the dehumidification system-refrigeration unit-insulation frame 2-1-3) and a dehumidification system-refrigeration unit-radiator-third fixing hole 2-1-2-3 (facilitating fixed connection with the dehumidification system-refrigeration unit-temperature control switch 2-1-5); there are two or four dehumidification system-refrigeration unit-radiator-first fixing holes 2-1-2-1; the four dehumidification system-refrigeration unit-radiator-first fixing holes 2-1-2-1 are distributed in a rectangular shape on the plate surface of the dehumidification system-refrigeration unit-radiator 2-1-2; the two dehumidification system-refrigeration unit-radiator-first fixing holes 2-1-2-1 is distributed in a straight line on the upper part of the panel of dehumidification system - refrigeration unit - radiator 2-1-2; there are two dehumidification system - refrigeration unit - radiator - second fixing holes 2-1-2-2; two dehumidification system - refrigeration unit - radiator - second fixing holes 2-1-2-2 are distributed in a straight line in the middle of the panel of dehumidification system - refrigeration unit - radiator 2-1-2; dehumidification system - refrigeration unit - radiator - third fixing hole 2-1-2-3 is set at The dehumidification system - refrigeration unit - radiator 2-1-2 is located on the upper or lower part of the panel surface and is close to the dehumidification system - refrigeration unit - refrigeration plate 2-1-1. The dehumidification system - refrigeration unit - radiator 2-1-2 is thermally connected to the heating surface of the dehumidification system - refrigeration unit - refrigeration plate 2-1-1 through silicone grease. The dehumidification system - refrigeration unit - radiator 2-1-2 is made of aluminum or copper, which is conducive to the assembly of the dehumidification system 2 and the timely perception of the temperature rise caused by dehumidification.

[0387] like Figure 3 and Figure 6 As shown,

[0388] The dehumidification system-refrigeration unit-refrigeration plate 2-1-1 is equipped with a dehumidification system-refrigeration unit-insulation frame 2-1-3;

[0389] Dehumidification system - refrigeration unit - insulation frame 2-1-3 is made of insulation material;

[0390] The insulation material is plastic;

[0391] Dehumidification system-refrigeration unit-insulation frame 2-1-3 includes dehumidification system-refrigeration unit-insulation frame-body 2-1-3-1;

[0392] The shape of the dehumidification system-refrigeration unit-insulation frame-body 2-1-3-1 is a rounded rectangular plate;

[0393] The middle part of the dehumidification system-refrigeration unit-insulation frame-body 2-1-3-1 is provided with a dehumidification system-refrigeration unit-insulation frame-mounting hole 2-1-3-2;

[0394] The shape of the dehumidification system-refrigeration unit-insulation frame-mounting hole 2-1-3-2 is square;

[0395] The upper side of the dehumidification system-refrigeration unit-insulation frame-body 2-1-3-1 is provided with a dehumidification system-refrigeration unit-insulation frame-wiring hole 2-1-3-3;

[0396] The cross-section of the dehumidification system-refrigeration unit-insulation frame-wiring hole 2-1-3-3 is an oblong;

[0397] There are two wiring holes 2-1-3-3 in the dehumidification system, refrigeration unit, insulation frame;

[0398] The two dehumidification systems - refrigeration unit - insulation frame - wiring holes 2-1-3-3 are arranged in a straight line;

[0399] The middle portions of the left and right sides of the dehumidification system-refrigeration unit-insulation frame-body 2-1-3-1 protrude outward to form dehumidification system-refrigeration unit-insulation frame-flanges 2-1-3-4;

[0400] Dehumidification system-refrigeration unit-insulation frame-body 2-1-3-1 is provided with dehumidification system-refrigeration unit-insulation frame-fixing holes 2-1-3-5 on the left and right sides of the middle of the panel;

[0401] In this embodiment, the dehumidification system-refrigeration unit-insulation frame 2-1-3 is made of plastic; the dehumidification system-refrigeration unit-insulation frame 2-1-3 includes the dehumidification system-refrigeration unit-insulation frame-body 2-1-3-1; the dehumidification system-refrigeration unit-insulation frame-body 2-1-3-1 is in the shape of a rounded rectangular plate; the middle part of the dehumidification system-refrigeration unit-insulation frame-body 2-1-3-1 is provided with a dehumidification system-refrigeration unit-insulation frame-mounting hole 2-1-3-2; the shape of the dehumidification system-refrigeration unit-insulation frame-mounting hole 2-1-3-2 is square; the upper side of the dehumidification system-refrigeration unit-insulation frame-body 2-1-3-1 is provided with a dehumidification system-refrigeration unit-insulation frame-wiring hole 2-1-3-3; the dehumidification system-refrigeration unit-insulation frame The cross-section of the dehumidification system-refrigeration unit-insulation frame-wiring hole 2-1-3-3 is in an oblong shape; there are two dehumidification system-refrigeration unit-insulation frame-wiring holes 2-1-3-3; the two dehumidification system-refrigeration unit-insulation frame-wiring holes 2-1-3-3 are distributed in a "one" shape; the middle parts of the left and right sides of the dehumidification system-refrigeration unit-insulation frame-body 2-1-3-1 protrude outward to form dehumidification system-refrigeration unit-insulation frame-flanges 2-1-3-4; the dehumidification system-refrigeration unit-insulation frame-body 2-1-3-1 is provided with dehumidification system-refrigeration unit-insulation frame-fixing holes 2-1-3-5 on the left and right sides of the middle part of the plate surface, so it is beneficial to fix the dehumidification system-refrigeration unit-refrigeration plate 2-1-1 and improve the dehumidification efficiency.

[0402] like Figure 3 and Figure 17 、 Figure 4 As shown,

[0403] Dehumidification system - refrigeration unit - condenser 2-1-4 is a cooling type condenser (see Figure 3 and Figure 17 ) or a heat dissipation condenser (see Figure 4 );

[0404] like Figure 7 As shown,

[0405] The concentrated cooling condenser includes a dehumidification system, a refrigeration unit, a condenser, and a guide plate body 2-1-4-1;

[0406] Dehumidification system - refrigeration unit - condenser - guide plate body 2-1-4-1 is made of thermal insulation material;

[0407] The upper part of the dehumidification system - refrigeration unit - condenser - guide plate body 2-1-4-1 is rectangular, and the lower part is an inverted isosceles triangle;

[0408] At least one dehumidification system-refrigeration unit-condenser-drainage groove 2-1-4-2 is provided on the upper part of the dehumidification system-refrigeration unit-condenser-drainage plate body 2-1-4-1;

[0409] Between two adjacent dehumidification systems - refrigeration units - condensers - drainage grooves 2-1-4-2 is a dehumidification system - refrigeration units - condensers - drainage strip 2-1-4-3;

[0410] The cross-section of the dehumidification system-refrigeration unit-condenser-drainage strip 2-1-4-3 is an isosceles triangle;

[0411] The inner side of the lower wall of the dehumidification system-refrigeration unit-condenser-drainage groove 2-1-4-2 is higher than the outer side to form the dehumidification system-refrigeration unit-condenser-drainage inclined surface 2-1-4-4;

[0412] The lower end of the dehumidification system-refrigeration unit-condenser-drainage plate body 2-1-4-1 is provided with one or two or more dehumidification system-refrigeration unit-condenser-drainage protrusions 2-1-4-5;

[0413] The dehumidification system-refrigeration unit-condenser-drainage plate body 2-1-4-1 is provided with a dehumidification system-refrigeration unit-condenser-fixing hole 2-1-4-6 on its surface;

[0414] Dehumidification system - refrigeration unit - condenser - there are two fixing holes 2-1-4-6;

[0415] Two dehumidification system-refrigeration unit-condenser-fixing holes 2-1-4-6 are distributed on both sides of the middle part of the dehumidification system-refrigeration unit-condenser-drainage plate body 2-1-4-1;

[0416] like Figure 4 As shown,

[0417] The shape, structure and material of the cooling condenser are the same as those of the dehumidification system - refrigeration unit - radiator 2-1-2.

[0418] This embodiment adopts the dehumidification system - refrigeration unit - condenser 2-1-4, which is a cooling condenser or a cooling condenser; the cooling condenser includes a dehumidification system - refrigeration unit - condenser - guide plate body 2-1-4-1; the dehumidification system - refrigeration unit - condenser - guide plate body 2-1-4-1 is made of heat-insulating material; the upper part of the dehumidification system - refrigeration unit - condenser - guide plate body 2-1-4-1 is rectangular, and the lower part is an inverted isosceles triangle; ... made of heat-insulating material; the upper part of the dehumidification system - refrigeration unit - condenser - guide plate body 2-1-4-1 is rectangular, and the lower part is an inverted isosceles triangle; the dehumidification system - The upper part of the refrigeration unit-condenser-drainage plate body 2-1-4-1 is provided with a dehumidification system-refrigeration unit-condenser-drainage groove 2-1-4-2; between two adjacent dehumidification systems-refrigeration unit-condenser-drainage grooves 2-1-4-2 is a dehumidification system-refrigeration unit-condenser-drainage strip 2-1-4-3; the cross-section of the dehumidification system-refrigeration unit-condenser-drainage strip 2-1-4-3 is an isosceles triangle; the dehumidification system-refrigeration unit-condenser-drainage groove 2-1-4- The inner side of the lower wall of 2 is higher than the outer side to form a dehumidification system-refrigeration unit-condenser-drainage inclined surface 2-1-4-4; the lower end of the dehumidification system-refrigeration unit-condenser-drainage plate body 2-1-4-1 is provided with one or two or more dehumidification system-refrigeration unit-condenser-drainage protrusions 2-1-4-5; the plate surface of the dehumidification system-refrigeration unit-condenser-drainage plate body 2-1-4-1 is provided with a dehumidification system-refrigeration unit-condenser-fixing hole 2-1-4-6; the dehumidification system-refrigeration unit-condenser-drainage plate body 2-1-4-1 is provided with a dehumidification system-refrigeration unit-condenser-fixing hole 2-1-4-6; the dehumidification system-refrigeration unit-condenser-drainage plate body 2-1-4-1 is provided with a dehumidification system-refrigeration unit-condenser-drainage protrusion 2-1-4-5 ... There are two cold part-condenser-fixing holes 2-1-4-6; the two dehumidification system-refrigeration part-condenser-fixing holes 2-1-4-6 are distributed on both sides of the middle part of the plate surface of the dehumidification system-refrigeration part-condenser-drainage plate body 2-1-4-1; the shape, structure and material of the heat dissipation condenser are the same as those of the dehumidification system-refrigeration part-radiator 2-1-2, so it is beneficial to condense the moisture in the air and discharge it into the dehumidification system-water collection part 2-2.

[0419] like Figure 3 and Figure 17 As shown,

[0420] Dehumidification system 2 is divided into side dehumidification system (see Figure 3 ) and central dehumidification system (see Figure 17 );

[0421] The dehumidification system 2 also includes a dehumidification system-refrigeration unit-first bracket 2-1-6 (see Figure 3 ) or Dehumidification System - Refrigeration Unit - Third Bracket 2-1-10 (See Figure 17 );

[0422] like Figure 8 As shown,

[0423] The dehumidification system-refrigeration unit-first bracket 2-1-6 includes a dehumidification system-refrigeration unit-first bracket-body 2-1-6-1;

[0424] Dehumidification system - refrigeration unit - first bracket - body 2-1-6-1 is made of bent slats;

[0425] The shape of the dehumidification system-refrigeration unit-first bracket-body 2-1-6-1 is "Ω" shaped;

[0426] Dehumidification system-refrigeration unit-first bracket-body 2-1-6-1 is provided with dehumidification system-refrigeration unit-first bracket-first fixing hole 2-1-6-2 and dehumidification system-refrigeration unit-first bracket-second fixing hole 2-1-6-3;

[0427] Dehumidification system - refrigeration unit - first bracket - first fixing hole 2-1-6-2 is in the shape of an oblong hole;

[0428] Dehumidification system - Refrigeration unit - First bracket - First fixing holes 2-1-6-2 have two holes;

[0429] The two dehumidification system-refrigeration unit-first bracket-first fixing holes 2-1-6-2 are distributed in the middle of the dehumidification system-refrigeration unit-first bracket-body 2-1-6-1;

[0430] Dehumidification system - refrigeration unit - first bracket - second fixing hole 2-1-6-3 has two;

[0431] Two dehumidification system-refrigeration unit-first bracket-second fixing holes 2-1-6-3 are distributed at both ends of the dehumidification system-refrigeration unit-first bracket-body 2-1-6-1;

[0432] Dehumidification system - refrigeration unit - first bracket 2-1-6 has two;

[0433] The two dehumidification system-refrigeration unit-first brackets 2-1-6 are respectively arranged on the upper and lower parts of the dehumidification system-refrigeration unit-radiator 2-1-2;

[0434] like Figure 19 As shown,

[0435] The dehumidification system-refrigeration unit-third bracket 2-1-10 includes a dehumidification system-refrigeration unit-third bracket-body 2-1-10-1;

[0436] Dehumidification system - refrigeration unit - third bracket - body 2-1-10-1 is made of bent slats;

[0437] The cross-section of the dehumidification system-refrigeration unit-third bracket-body 2-1-10-1 is concave;

[0438] The dehumidification system-refrigeration unit-third bracket-body 2-1-10-1 is provided with a dehumidification system-refrigeration unit-third bracket-first fixing hole 2-1-10-2 and a dehumidification system-refrigeration unit-third bracket-second fixing hole 2-1-10-3;

[0439] Dehumidification system - Refrigeration unit - Third bracket - First fixing holes 2-1-10-2 have two holes;

[0440] The two dehumidification system-refrigeration unit-third bracket-first fixing holes 2-1-10-2 are distributed in the middle of the side of the dehumidification system-refrigeration unit-third bracket-body 2-1-10-1;

[0441] Dehumidification system - Refrigeration unit - Third bracket - Second fixing holes 2-1-10-3 have two holes;

[0442] Two dehumidification system-refrigeration unit-third bracket-second fixing holes 2-1-10-3 are distributed at both ends of the top surface of the dehumidification system-refrigeration unit-third bracket-body 2-1-10-1;

[0443] The dehumidification system - refrigeration unit - third bracket 2-1-10 is arranged on the upper part of the dehumidification system - refrigeration unit - radiator 2-1-2;

[0444] like Figure 3 and Figure 17 、 Figures 23 to 24 As shown,

[0445] The dehumidification system 2 also includes a dehumidification system-refrigeration unit-fan 2-1-7;

[0446] The dehumidification system-refrigeration unit-fan 2-1-7 is arranged behind the dehumidification system-refrigeration unit-radiator 2-1-2;

[0447] The dehumidification system - refrigeration unit - fan 2-1-7 is electrically connected in parallel with the dehumidification system - refrigeration unit - refrigeration fin 2-1-1;

[0448] The dehumidification system - refrigeration unit - fan 2-1-7 is fixedly connected to the dehumidification system - refrigeration unit - second bracket 2-1-9 through the dehumidification system - refrigeration unit - mounting plate 2-1-8;

[0449] like Figure 9 As shown,

[0450] Dehumidification system-refrigeration unit-mounting plate 2-1-8 includes dehumidification system-refrigeration unit-mounting plate-body 2-1-8-1;

[0451] The shape of the dehumidification system-refrigeration unit-mounting plate-body 2-1-8-1 is a rounded rectangle;

[0452] The dehumidification system-refrigeration unit-mounting plate-body 2-1-8-1 is provided with a dehumidification system-refrigeration unit-mounting plate-ventilation hole 2-1-8-2, a dehumidification system-refrigeration unit-mounting plate-first fixing hole 2-1-8-3, and a dehumidification system-refrigeration unit-mounting plate-second fixing hole 2-1-8-4;

[0453] Dehumidification system - refrigeration unit - mounting plate - ventilation hole 2-1-8-2 is located in the lower center of the panel of dehumidification system - refrigeration unit - mounting plate - main body 2-1-8-1;

[0454] Dehumidification system - Refrigeration unit - Mounting plate - There are four first fixing holes 2-1-8-3;

[0455] Four dehumidification system-refrigeration unit-mounting plate-first fixing holes 2-1-8-3 are distributed along the circumference of the dehumidification system-refrigeration unit-mounting plate-ventilation hole 2-1-8-2;

[0456] Dehumidification system - Refrigeration unit - Mounting plate - There are two second fixing holes 2-1-8-4;

[0457] The two dehumidification system-refrigeration unit-mounting plate-second fixing holes 2-1-8-4 are distributed in a straight line on the upper part of the dehumidification system-refrigeration unit-mounting plate-body 2-1-8-1;

[0458] like Figure 10 As shown,

[0459] Dehumidification system - refrigeration unit - second bracket 2-1-9 is made of bent slats;

[0460] The dehumidification system-refrigeration unit-second bracket 2-1-9 includes a dehumidification system-refrigeration unit-second bracket-strip body 2-1-9-1 and a dehumidification system-refrigeration unit-second bracket-plate body 2-1-9-2;

[0461] Dehumidification system - refrigeration unit - second bracket - strip body 2-1-9-1 and dehumidification system - refrigeration unit - second bracket - plate body 2-1-9-2 form an integrated part;

[0462] Dehumidification system - refrigeration unit - second bracket - plate 2-1-9-2 is located in the middle of one side of the dehumidification system - refrigeration unit - second bracket - strip 2-1-9-1;

[0463] The shape of the dehumidification system-refrigeration unit-second bracket-plate 2-1-9-2 is rectangular;

[0464] The middle portion of the lower side of the dehumidification system-refrigeration unit-second bracket-plate 2-1-9-2 is recessed upward to form a dehumidification system-refrigeration unit-second bracket-notch 2-1-9-3;

[0465] The surface of the dehumidification system-refrigeration unit-second bracket-plate body 2-1-9-2 is provided with a dehumidification system-refrigeration unit-second bracket-first fixing hole 2-1-9-4;

[0466] Dehumidification system - Refrigeration unit - Second bracket - First fixing holes 2-1-9-4 have two;

[0467] The two dehumidification system-refrigeration unit-second bracket-first fixing holes 2-1-9-4 are symmetrically distributed on both sides of the dehumidification system-refrigeration unit-second bracket-notch 2-1-9-3;

[0468] The dehumidification system-refrigeration unit-second bracket-strip body 2-1-9-1 is provided with a dehumidification system-refrigeration unit-second bracket-second fixing hole 2-1-9-5 and a dehumidification system-refrigeration unit-second bracket-third fixing hole 2-1-9-6;

[0469] Dehumidification system - Refrigeration unit - Second bracket - Second fixing holes 2-1-9-5 have two holes;

[0470] Two dehumidification system-refrigeration unit-second bracket-second fixing holes 2-1-9-5 are distributed in the middle of one side of the dehumidification system-refrigeration unit-second bracket-strip body 2-1-9-1;

[0471] Dehumidification system - Refrigeration unit - Second bracket - Third fixing holes 2-1-9-6 have two;

[0472] The two dehumidification system-refrigeration unit-second bracket-third fixing holes 2-1-9-6 are distributed at both ends of the top surface of the dehumidification system-refrigeration unit-second bracket-strip body 2-1-9-1.

[0473] This embodiment adopts the dehumidification system 2 and further includes a dehumidification system-refrigeration unit-first bracket 2-1-6 or a dehumidification system-refrigeration unit-third bracket 2-1-10; the dehumidification system-refrigeration unit-first bracket 2-1-6 includes the dehumidification system-refrigeration unit-first bracket-body 2-1-6-1; the dehumidification system-refrigeration unit-first bracket-body 2-1-6-1 is made of bent slats; the dehumidification system-refrigeration unit-first bracket-body 2-1-6-1 is shaped like an "Ω"; the dehumidification system-refrigeration unit-first bracket-body 2-1-6-1 is provided with a dehumidification system-refrigeration unit-first bracket-first fixing hole 2-1-6-2 and a dehumidification system-refrigeration unit-first bracket-second fixing hole 2-1-6-3; The dehumidification system - refrigeration unit - first bracket - first fixing hole 2-1-6-2 is in the shape of an oblong hole; there are two dehumidification system - refrigeration unit - first bracket - first fixing holes 2-1-6-2; the two dehumidification systems - refrigeration unit - first bracket - first fixing holes 2-1-6-2 are distributed in the middle of the dehumidification system - refrigeration unit - first bracket - main body 2-1-6-1; there are two dehumidification system - refrigeration unit - first bracket - second fixing holes 2-1-6-3; the two dehumidification systems - refrigeration unit - first bracket - second fixing holes 2-1-6-3 are distributed at both ends of the dehumidification system - refrigeration unit - first bracket - main body 2-1-6-1; there are two dehumidification systems - refrigeration unit - first bracket 2-1-6; the two dehumidification systems - refrigeration unit - The first bracket 2-1-6 is respectively arranged at the upper and lower parts of the dehumidification system-refrigeration unit-radiator 2-1-2; the dehumidification system-refrigeration unit-third bracket 2-1-10 includes the dehumidification system-refrigeration unit-third bracket-body 2-1-10-1; the dehumidification system-refrigeration unit-third bracket-body 2-1-10-1 is made of bent slats; the cross-sectional shape of the dehumidification system-refrigeration unit-third bracket-body 2-1-10-1 is concave; the dehumidification system-refrigeration unit-third bracket-body 2-1-10-1 is provided with the dehumidification system-refrigeration unit-third bracket-first fixing hole 2-1-10-2 and the dehumidification system-refrigeration unit-third bracket-second fixing hole 2-1-10-3; the dehumidification system-refrigeration unit-third bracket There are two third bracket-first fixing holes 2-1-10-2; two dehumidification system-refrigeration unit-third bracket-first fixing holes 2-1-10-2 are distributed in the middle of the side of the dehumidification system-refrigeration unit-third bracket-body 2-1-10-1; there are two dehumidification system-refrigeration unit-third bracket-second fixing holes 2-1-10-3; two dehumidification system-refrigeration unit-third bracket-second fixing holes 2-1-10-3 are distributed at both ends of the top surface of the dehumidification system-refrigeration unit-third bracket-body 2-1-10-1; the dehumidification system-refrigeration unit-third bracket 2-1-10 is set on the upper part of the dehumidification system-refrigeration unit-radiator 2-1-2; the dehumidification system 2 also includes a dehumidification system-refrigeration unit-fan 2-1-7;The dehumidification system-refrigeration unit-fan 2-1-7 is arranged at the rear of the dehumidification system-refrigeration unit-radiator 2-1-2; the dehumidification system-refrigeration unit-fan 2-1-7 is electrically connected in parallel with the dehumidification system-refrigeration unit-refrigeration fin 2-1-1; the dehumidification system-refrigeration unit-fan 2-1-7 is fixedly connected to the dehumidification system-refrigeration unit-second bracket 2-1-9 through the dehumidification system-refrigeration unit-mounting plate 2-1-8; the dehumidification system-refrigeration unit-mounting plate 2-1-8 includes the dehumidification system-refrigeration unit-mounting plate-body 2-1-8-1; the dehumidification system-refrigeration unit-mounting plate-body 2-1-8-1 is in the shape of a rounded rectangle; the dehumidification system-refrigeration unit-mounting plate-body 2-1-8-1 is provided with a dehumidification system-refrigeration unit Dehumidification system - refrigeration unit - mounting plate - ventilation hole 2-1-8-2, dehumidification system - refrigeration unit - mounting plate - first fixing hole 2-1-8-3 and dehumidification system - refrigeration unit - mounting plate - second fixing hole 2-1-8-4; dehumidification system - refrigeration unit - mounting plate - ventilation hole 2-1-8-2 is located in the lower center of the plate surface of dehumidification system - refrigeration unit - mounting plate - body 2-1-8-1; there are four dehumidification system - refrigeration unit - mounting plate - first fixing holes 2-1-8-3; the four dehumidification system - refrigeration unit - mounting plate - first fixing holes 2-1-8-3 are distributed along the circumference of the dehumidification system - refrigeration unit - mounting plate - ventilation hole 2-1-8-2; there are two dehumidification system - refrigeration unit - mounting plate - second fixing holes 2-1-8-4; the two dehumidification systems - The refrigeration unit-mounting plate-second fixing hole 2-1-8-4 is distributed in an "I" shape on the upper part of the dehumidification system-refrigeration unit-mounting plate-body 2-1-8-1; the dehumidification system-refrigeration unit-second bracket 2-1-9 is made of a bent strip; the dehumidification system-refrigeration unit-second bracket 2-1-9 includes the dehumidification system-refrigeration unit-second bracket-strip 2-1-9-1 and the dehumidification system-refrigeration unit-second bracket-plate 2-1-9-2; the dehumidification system-refrigeration unit-second bracket-strip 2-1-9-1 and the dehumidification system-refrigeration unit-second bracket-plate 2-1-9-2 form an integral part; the dehumidification system-refrigeration unit-second bracket-plate 2-1-9-2 is located at the dehumidification system-refrigeration unit-second bracket-strip 2-1- The middle part of one side surface of 9-1; the shape of the dehumidification system-refrigeration unit-second bracket-plate body 2-1-9-2 is rectangular; the middle part of the lower side of the dehumidification system-refrigeration unit-second bracket-plate body 2-1-9-2 is recessed upward to form a dehumidification system-refrigeration unit-second bracket-notch 2-1-9-3; the plate surface of the dehumidification system-refrigeration unit-second bracket-plate body 2-1-9-2 is provided with a dehumidification system-refrigeration unit-second bracket-first fixing hole 2-1-9-4; there are two dehumidification system-refrigeration unit-second bracket-first fixing holes 2-1-9-4; the two dehumidification system-refrigeration unit-second bracket-first fixing holes 2-1-9-4 are symmetrically distributed on both sides of the dehumidification system-refrigeration unit-second bracket-notch 2-1-9-3;Dehumidification system-refrigeration unit-second bracket-strip 2-1-9-1 is provided with a dehumidification system-refrigeration unit-second bracket-second fixing hole 2-1-9-5 and a dehumidification system-refrigeration unit-second bracket-third fixing hole 2-1-9-6. There are two dehumidification system-refrigeration unit-second bracket-second fixing holes 2-1-9-5, and the two dehumidification system-refrigeration unit-second bracket-second fixing holes 2-1-9-5 are located in the middle of one side surface of the dehumidification system-refrigeration unit-second bracket-strip 2-1-9-1. There are two dehumidification system-refrigeration unit-second bracket-third fixing holes 2-1-9-6, and the two dehumidification system-refrigeration unit-second bracket-third fixing holes 2-1-9-6 are located at both ends of the top surface of the dehumidification system-refrigeration unit-second bracket-strip 2-1-9-1. This technical means facilitates fixed connection with the cabinet 1.

[0474] like Figures 11 to 14 、 Figures 20 to 22 As shown,

[0475] The dehumidification system-water collection part 2-2 includes a dehumidification system-water collection part-water storage box 2-2-1 and a dehumidification system-water collection part-water guide plate 2-2-2;

[0476] The dehumidification system-water collecting part-water guide plate 2-2-2 is rotatably connected to the dehumidification system-water collecting part 2-2 including the dehumidification system-water collecting part-water storage box 2-2-1;

[0477] The moisture removal system - water collection part - water storage box 2-2-1 is provided with water absorbing material;

[0478] The water-absorbing material is preferably a sponge;

[0479] The moisture removal system - water collection part - water storage box 2-2-1 is divided into a side fixed water storage box and a bottom fixed water storage box;

[0480] Tidal dehumidification system - water collection part - water guide plate 2-2-2 is divided into upper front edge water guide plate (see Figure 13 ) and lower leading edge water deflector (see Figure 22 );

[0481] like Figures 11 to 14 As shown,

[0482] The dehumidification system-water collection part-water storage box 2-2-1 includes a dehumidification system-water collection part-water storage box-front plate 2-2-1-1, a dehumidification system-water collection part-water storage box-rear plate 2-2-1-2, a dehumidification system-water collection part-water storage box-left plate 2-2-1-3, a dehumidification system-water collection part-water storage box-right plate 2-2-1-4, a dehumidification system-water collection part-water storage box-bottom plate 2-2-1-5, and a dehumidification system-water collection part-water storage box-top plate 2-2-1-6;

[0483] The dehumidification system-water collection part-water storage box-front plate 2-2-1-1, the dehumidification system-water collection part-water storage box-rear plate 2-2-1-2, the dehumidification system-water collection part-water storage box-left plate 2-2-1-3, the dehumidification system-water collection part-water storage box-right plate 2-2-1-4, the dehumidification system-water collection part-water storage box-bottom plate 2-2-1-5, and the dehumidification system-water collection part-water storage box-top plate 2-2-1-6 form an integrated component;

[0484] The width of the dehumidification system-water collection part-water storage box-top plate 2-2-1-6 is smaller than the width of the dehumidification system-water collection part-water storage box-bottom plate 2-2-1-5;

[0485] Dehumidification system - water collection part - water storage box - top plate 2-2-1-6 is set at the rear;

[0486] The middle portion of the inner upper portion of the moisture removal system - water collection part - water storage box - left side plate 2-2-1-3 and the middle portion of the inner upper portion of the moisture removal system - water collection part - water storage box - right side plate 2-2-1-4 are respectively provided with a moisture removal system - water collection part - water storage box - shaft head 2-2-1-7;

[0487] The front upper edge of the moisture removal system - water collection part - water storage box - left side plate 2-2-1-3 and the front upper edge of the moisture removal system - water collection part - water storage box - right side plate 2-2-1-4 are respectively provided with a moisture removal system - water collection part - water storage box - avoidance part 2-2-1-10;

[0488] The moisture removal system - water collection part - water storage box - front plate 2-2-1-1 has concave edges formed on the upper side, left side and right side respectively;

[0489] The concave card edge is provided with a moisture removal system-water collection part-water storage box-fixing hole 2-2-1-8;

[0490] There are five fixing holes 2-2-1-8 in the moisture removal system - water collection part - water storage box;

[0491] Five moisture removal systems - water collection part - water storage box - fixing holes 2-2-1-8 are distributed on the concave card edge;

[0492] A dehumidification system - water collection part - water storage box - push-pull pull 2-2-1-9 is provided at the lower center of the outer side of the dehumidification system - water collection part - water storage box - front plate 2-2-1-1;

[0493] The lower portion of the inner surface of the moisture removal system-water collection part-water storage box-front plate 2-2-1-1 protrudes backward to form the moisture removal system-water collection part-water storage box-slant surface 2-2-1-11;

[0494] The dehumidification system-water collection part-water storage box-clamping head 2-2-1-12 is centrally provided on the upper inner surface of the dehumidification system-water collection part-water storage box-front plate 2-2-1-1;

[0495] Dehumidification system-water collection part-water storage box-front plate 2-2-1-1 is equipped with dehumidification system-water collection part-pad frame 2-2-3;

[0496] The moisture removal system - water collection part - pad frame 2-2-3 is made of sealing material;

[0497] The moisture removal system-water collection part-pad frame 2-2-3 includes a moisture removal system-water collection part-pad frame-body 2-2-3-1;

[0498] The shape of the moisture removal system - water collection part - pad frame - body 2-2-3-1 is concave;

[0499] Dehumidification system-water collection part-pad frame-body 2-2-3-1 is provided with dehumidification system-water collection part-pad frame-fixing hole 2-2-3-2;

[0500] Dehumidification system-water collection part-pad frame-fixing holes 2-2-3-2 are distributed on the dehumidification system-water collection part-pad frame-body 2-2-3-1;

[0501] like Figure 20 and Figure 21 As shown,

[0502] The left and right sides of the moisture removal system - water collection part - water storage box - bottom plate 2-2-1-5 extend outward to form two installation strips;

[0503] Each installation strip is equipped with two moisture removal systems: water collection part, water storage box and fixing holes 2-2-1-8.

[0504] The four dehumidification systems - water collection part - water storage box - fixing holes 2-2-1-8 are distributed in a rectangular shape;

[0505] Each dehumidification system-water collection part-water storage box-fixing hole 2-2-1-8 is equipped with a dehumidification system-water collection part-support column 2-2-4;

[0506] like Figure 13 and Figure 22 As shown,

[0507] The dehumidification system-water collection part-water guide plate 2-2-2 includes a dehumidification system-water collection part-water guide plate-bottom plate 2-2-2-1, a dehumidification system-water collection part-water guide plate-side plate 2-2-2-2 and a dehumidification system-water collection part-water guide plate-blocking bar 2-2-2-3;

[0508] The shape of the moisture removal system - water collection part - water guide plate - bottom plate 2-2-2-1 is rectangular;

[0509] Tidal dehumidification system - water collection part - water guide plate - bottom plate 2-2-2-1 is tilted downward from front to back;

[0510] The shape of the dehumidification system - water collection part - water guide plate - side plate 2-2-2-2 is trapezoidal (see Figure 13 ) or triangle (see Figure 22 );

[0511] There are two moisture removal systems - water collection part - water guide plate - side plate 2-2-2-2;

[0512] The two dehumidification systems - water collection part - water guide plate - side plates 2-2-2-2 are respectively arranged on the left and right sides of the dehumidification system - water collection part - water guide plate - bottom plate 2-2-2-1;

[0513] The rear sides of the two moisture removal systems - water collection parts - water guide plates - side plates 2-2-2-2 are respectively provided with moisture removal systems - water collection parts - water guide plates - axis holes 2-2-2-4;

[0514] The dehumidification system-water collection part-water guide plate-bar 2-2-2-3 is arranged in front of the dehumidification system-water collection part-water guide plate-bottom plate 2-2-2-1;

[0515] The upper edge of the moisture removal system-water collection part-water guide plate-bar 2-2-2-3 is away from the moisture removal system-water collection part-water guide plate-bottom plate 2-2-2-1;

[0516] The two ends of the dehumidification system-water collection part-water guide plate-bar 2-2-2-3 extend outwards to form the dehumidification system-water collection part-water guide plate-protrusion 2-2-2-5 (see Figure 13 );

[0517] or,

[0518] The lower edge of the dehumidification system-water collection part-water guide plate-bar 2-2-2-3 is away from the dehumidification system-water collection part-water guide plate-bottom plate 2-2-2-1 (see Figure 22 ).

[0519] The volume of the box (1) is within 0.1 cubic meter, or within 0.09 cubic meter, or within 0.08 cubic meter, or within 0.07 cubic meter, or within 0.06 cubic meter, or within 0.05 cubic meter, or within 0.04 cubic meter, or within 0.03 cubic meter, or within 0.02 cubic meter.

[0520] In this embodiment, the dehumidification system-water collecting part 2-2 includes a dehumidification system-water collecting part-water storage box 2-2-1 and a dehumidification system-water collecting part-water guide plate 2-2-2; the dehumidification system-water collecting part-water guide plate 2-2-2 is rotatably connected to the dehumidification system-water collecting part 2-2 including the dehumidification system-water collecting part-water storage box 2-2-1; a water-absorbing material is provided in the dehumidification system-water collecting part-water storage box 2-2-1; the water-absorbing material is a sponge; the dehumidification system-water collecting part-water storage box 2-2-1 is divided into a side-fixed water storage box and a bottom-fixed water storage box; the dehumidification system-water collecting part-water guide plate 2-2-2 is divided into an upper front edge water guide plate and a lower front edge water guide; the dehumidification system-water collecting part-water storage box 2-2-1 includes a dehumidification system-water collecting part-water storage box Water box-front plate 2-2-1-1, dehumidification system-water collection section-water storage box-rear plate 2-2-1-2, dehumidification system-water collection section-water storage box-left plate 2-2-1-3, dehumidification system-water collection section-water storage box-right plate 2-2-1-4, dehumidification system-water collection section-water storage box-bottom plate 2-2-1-5 and dehumidification system-water collection section-water storage box-top plate 2-2-1-6; dehumidification system-water collection section-water storage box-front plate 2-2-1-1, dehumidification system-water collection section-water storage box-rear plate 2-2-1-2, dehumidification system-water collection section-water storage box-left plate 2-2-1-3, dehumidification system-water collection section-water storage box-right plate 2-2-1-4, dehumidification system-water collection section-water storage box-bottom plate 2-2- 1-5 and the dehumidification system-water collecting part-water storage box-top plate 2-2-1-6 form an integrated part; the width of the dehumidification system-water collecting part-water storage box-top plate 2-2-1-6 is smaller than the width of the dehumidification system-water collecting part-water storage box-bottom plate 2-2-1-5; the dehumidification system-water collecting part-water storage box-top plate 2-2-1-6 is arranged at the rear; the middle of the upper inner surface of the dehumidification system-water collecting part-water storage box-left side plate 2-2-1-3 and the middle of the upper inner surface of the dehumidification system-water collecting part-water storage box-right side plate 2-2-1-4 are respectively provided with the dehumidification system-water collecting part-water storage box-axis head 2-2-1-7; the upper front end of the dehumidification system-water collecting part-water storage box-left side plate 2-2-1-3 and the dehumidification system-water collecting part- The front ends of the upper sides of the water storage box-right side plate 2-2-1-4 are respectively provided with dehumidification system-water collection part-water storage box-avoidance parts 2-2-1-10; the upper, left and right sides of the dehumidification system-water collection part-water storage box-front plate 2-2-1-1 are respectively formed with concave card edges; the concave card edges are provided with dehumidification system-water collection part-water storage box-fixing holes 2-2-1-8; there are five dehumidification system-water collection part-water storage box-fixing holes 2-2-1-8; the five dehumidification system-water collection part-water storage box-fixing holes 2-2-1-8 are distributed on the concave card edges; the dehumidification system-water collection part-water storage box-push-pull tab 2-2-1-9 is provided in the lower center of the outer side of the dehumidification system-water collection part-water storage box-front plate 2-2-1-1;The lower part of the inner surface of the dehumidification system-water collecting part-water storage box-front plate 2-2-1-1 protrudes backward to form the dehumidification system-water collecting part-water storage box-slant 2-2-1-11; the dehumidification system-water collecting part-water storage box-clamp 2-2-1-12 is centrally provided on the upper part of the inner surface of the dehumidification system-water collecting part-water storage box-front plate 2-2-1-1; the dehumidification system-water collecting part-water storage box-front plate 2-2-1-1 is equipped with a dehumidification system-water collecting part-pad frame 2-2-3; the dehumidification system-water collecting part-pad frame 2-2-3 is made of sealing material; the dehumidification system-water collecting part-pad frame 2-2-3 includes the dehumidification system-water collecting part-pad frame-body 2-2-3-1; the dehumidification system-water collecting part-pad frame-body 2-2-3-1 The shape is concave; the dehumidification system-water collecting part-pad frame-body 2-2-3-1 is provided with a dehumidification system-water collecting part-pad frame-fixing holes 2-2-3-2; the dehumidification system-water collecting part-pad frame-fixing holes 2-2-3-2 are distributed on the dehumidification system-water collecting part-pad frame-body 2-2-3-1; the left and right sides of the dehumidification system-water collecting part-water storage box-bottom plate 2-2-1-5 respectively extend outward to form two mounting strips; each mounting strip is distributed with two dehumidification systems-water collecting part-water storage box-fixing holes 2-2-1-8; the four dehumidification systems-water collecting part-water storage box-fixing holes 2-2-1-8 are distributed in a rectangular shape; each dehumidification system-water collecting part-water storage box-fixing hole 2-2-1-8 is equipped with a dehumidification system -water collecting part-support column 2-2-4; dehumidification system-water collecting part-water guide plate 2-2-2 includes dehumidification system-water collecting part-water guide plate-bottom plate 2-2-2-1, dehumidification system-water collecting part-water guide plate-side plate 2-2-2-2 and dehumidification system-water collecting part-water guide plate-blocking bar 2-2-2-3; the dehumidification system-water collecting part-water guide plate-bottom plate 2-2-2-1 is rectangular in shape; the dehumidification system-water collecting part-water guide plate-bottom plate 2-2-2-1 is inclined downward from front to back; the dehumidification system-water collecting part-water guide plate-side plate 2-2-2-2 is trapezoidal or triangular in shape; there are two dehumidification systems-water collecting part-water guide plate-side plates 2-2-2-2; the two dehumidification systems-water collecting part-water guide plate-side plates 2-2-2-2 are respectively It is arranged on the left and right sides of the dehumidification system-water collecting part-water guide plate-bottom plate 2-2-2-1; the rear sides of the two dehumidification system-water collecting part-water guide plate-side plates 2-2-2-2 are respectively provided with dehumidification system-water collecting part-water guide plate-axial holes 2-2-2-4; the dehumidification system-water collecting part-water guide plate-blocking bar 2-2-2-3 is arranged on the front side of the dehumidification system-water collecting part-water guide plate-bottom plate 2-2-2-1; the upper edge of the dehumidification system-water collecting part-water guide plate-blocking bar 2-2-2-3 is away from the dehumidification system-water collecting part-water guide plate-bottom plate 2-2-2-1; the two ends of the dehumidification system-water collecting part-water guide plate-blocking bar 2-2-2-3 respectively extend outward to form the dehumidification system-water collecting part-water guide plate-protrusion 2-2-2-5;Alternatively, the lower edge of the dehumidification system - water collection part - water guide plate - baffle 2-2-2-3 is away from the dehumidification system - water collection part - water guide plate - bottom plate 2-2-2-1. This facilitates the long-term storage of condensed water in the water-absorbing material, preventing it from flowing out or evaporating.

[0521] The second technical problem to be solved by this embodiment is to provide a power supply chassis, which can control the working state of the dehumidification device according to the temperature during dehumidification, ensure the normal operation of components in the chassis, and prevent damage to the components.

[0522] like Figures 1 to 24 As shown,

[0523] In order to solve the second technical problem mentioned above, this embodiment provides a power supply chassis,

[0524] Including box 1;

[0525] A dehumidification system 2 is provided in the box 1;

[0526] The dehumidification system 2 is a dehumidification system as described above.

[0527] Since the dehumidification system 2 used in this embodiment is the technical means of the dehumidification system as described above, its working state can be controlled according to the temperature of the dehumidification system-refrigeration unit-radiator 2-1-2 during dehumidification, ensuring the normal operation of components in the chassis and preventing damage to the components.

[0528] Various improvements of this embodiment are described in detail below.

[0529] like Figures 1 to 2 As shown,

[0530] The box body 1 includes a box body-rear cover plate 1-1 and a box body-front cover plate 1-2;

[0531] The box-back cover 1-1 and the box-front cover 1-2 are fixedly connected by the box-upper support bar 1-3 and the box-lower support bar 1-4;

[0532] The box body 1 is provided with box body-partitions 1-5;

[0533] The box body - above the partition 1-5 is a sealed cavity;

[0534] The dehumidification system 2 is located in the sealed cavity;

[0535] Box body - There are two upper support bars 1-3;

[0536] The two box-upper support bars 1-3 are respectively provided with box-upper support bar-fixing holes 1-3-1;

[0537] The upper portion of the box-rear cover 1-1 is provided with a box-rear cover installation opening 1-1-1, a box-rear cover first fixing hole 1-1-2 and a box-rear cover second fixing hole 1-1-3;

[0538] The box body-rear cover-installation opening 1-1-1 is located in the middle of the box body-rear cover 1-1;

[0539] The shape of the box body-rear cover-installation opening 1-1-1 is rectangular;

[0540] There are four first fixing holes 1-1-2 on the box body - rear cover;

[0541] Four box-rear cover-first fixing holes 1-1-2 are distributed in a rectangular shape on the upper part of the box-rear cover 1-1;

[0542] There are five second fixing holes 1-1-3 on the box body - rear cover;

[0543] Five box-rear cover-second fixing holes 1-1-3 are distributed on the edge of the box-rear cover-installation opening 1-1-1;

[0544] Of course, it can also be Figures 15 and 16 As shown,

[0545] The two box-upper support bars 1-3 are respectively provided with two box-upper support bar-fixing holes 1-3-1;

[0546] The four boxes-upper support bar-fixing holes 1-3-1 are distributed in a rectangular shape;

[0547] The box-partition 1-5 is provided with a box-partition-fixing hole 1-5-1;

[0548] There are four fixing holes 1-5-1 on the box body-partition plate;

[0549] The four box bodies, partitions and fixing holes 1-5-1 are distributed in a rectangular shape.

[0550] In this embodiment, the box body 1 includes a box-back cover 1-1 and a box-front cover 1-2; the box-back cover 1-1 and the box-front cover 1-2 are fixedly connected by a box-upper support bar 1-3 and a box-lower support bar 1-4; a box-partition 1-5 is provided in the box body 1; a sealed cavity is formed above the box-partition 1-5; a dehumidification system 2 is located in the sealed cavity; there are two box-upper support bars 1-3; and the two box-upper support bars 1-3 are respectively provided with box-upper support bar fixing holes 1-3-1; The upper portion of the box-rear cover 1-1 is provided with a box-rear cover installation opening 1-1-1, a box-rear cover first fixing hole 1-1-2, and a box-rear cover second fixing hole 1-1-3; the box-rear cover installation opening 1-1-1 is located in the middle portion of the box-rear cover 1-1; the box-rear cover installation opening 1-1-1 is rectangular in shape; there are four box-rear cover first fixing holes 1-1-2; the four box-rear cover first fixing holes 1-1-2 are distributed in a rectangular shape on the upper portion of the box-rear cover 1-1; There are five box body - rear cover - second fixing holes 1-1-3; the five box body - rear cover - second fixing holes 1-1-3 are distributed on the edge of the box body - rear cover - installation opening 1-1-1. Therefore, it is convenient to install the dehumidification system 2 at the rear of the box body 2. When the water-absorbing material needs to be replaced, the screws can be removed to pull the dehumidification system - water collection part - water storage box 2-2-1 out of the box body - rear cover 1-1, and the dehumidification system - water collection part - water guide plate 2-2-2 can be opened to replace the water-absorbing material, which is convenient for maintenance. The body-upper support bar 1-3 is respectively provided with two box-upper support bar-fixing holes 1-3-1; the four box-upper support bar-fixing holes 1-3-1 are distributed in a rectangular shape; the box-partition 1-5 is provided with a box-partition-fixing hole 1-5-1; there are four box-partition-fixing holes 1-5-1; the four box-partition-fixing holes 1-5-1 are distributed in a rectangular shape. Therefore, it is beneficial to install the dehumidification system 2 in the middle of the box 2, and it is beneficial to set the box-spare parts box 1-6 on the box-back cover 1-1.

[0551] Because different volumes of space have different requirements for dehumidification (for example, the larger the volume, the greater the required dehumidification amount, and the need to increase the refrigeration plate 2-1-1 and the heat dissipation capacity, on the contrary, the requirements in this regard are not high, but the greater the temperature difference, the better the dehumidification effect, which is easier to achieve for small volumes), the volume of the box (1) described in the present invention is within 0.1 cubic meters, or within 0.09 cubic meters, or within 0.08 cubic meters, or within 0.07 cubic meters, or within 0.06 cubic meters, or within 0.05 cubic meters, or within 0.04 cubic meters, or within 0.03 cubic meters, or within 0.02 cubic meters.

[0552] The chassis of the present invention is provided with a water storage box, so condensed water can be stored in the water storage box, and workers only need to clean the water storage box regularly.

[0553] The following analyses were conducted during the development process:

[0554] (1) Economic aspects: During the research and development process, it was found that the model 12706 cooling sheet is the most commonly used cooling sheet and is also the cheapest cooling sheet among all cooling sheets. Whether the current is a little larger or a little smaller, the price is higher than the model 12706 cooling sheet.

[0555] (2) Refrigeration: Model: 12706 The rated maximum temperature difference of a single refrigeration plate is above 66°C.

[0556] Baidu learned that: (Model: 12706 refrigeration chip is a semiconductor refrigeration chip. Its rated temperature difference refers to the maximum temperature difference that the refrigeration chip can reach under specific conditions. According to the information provided, the maximum temperature difference (△Tmax) of the model: 12706 refrigeration chip reaches more than 66°C when Qc=0, which means that under ideal conditions, the refrigeration chip can reduce the temperature of one side by at least 66°C, thereby achieving an efficient cooling effect. In addition, the refrigeration chip also has other key parameters, such as a maximum current of 6A, a maximum voltage range of 12-15.5V, a maximum cooling power of 48W (at 15.3VDC), and an external size of 40X40X3.8mm 3 These parameters together determine the performance of the cooling plate in a specific working environment)

[0557] (3) Temperature control limit: In the experiment, it was found that when the temperature inside the chassis is higher, the temperature of the hot side of the cooling plate will be transferred to the cold side through heat transfer, and the temperature difference will be smaller. However, the space inside the chassis is small, and there are many electronic components on the circuit board that also dissipate heat. The internal circulation fan itself also generates heat, and all of this can only be dissipated through the chassis shell and the outside world. Sometimes the external ambient temperature is also high, so it is difficult to achieve the ideal conditions for the cooling plate. After comprehensive consideration, the temperature control is preferably limited to 55 degrees. If the temperature limit is too high, it will affect the heat dissipation of the electronic components on the circuit board. If the temperature limit is too low, it will affect the cooling effect of the cooling plate.

[0558] (4) Usage scenario: Because the power supply chassis of the magnetic welding gun is only taken out and plugged into the mains for use during construction. It is not plugged into the mains when it is taken back to the warehouse for use. It is only used for a few hours each time. When it is not plugged in, the chassis will slowly return to the indoor ambient temperature. The indoor ambient temperature must be higher than the cooling surface temperature of the refrigeration plate. Therefore, the lower the cooling surface of the refrigeration plate, the better. When it slowly returns to the indoor ambient temperature, the ice or frost on the cooling surface of the refrigeration plate will melt into water and drip into the water storage box. Therefore, the smaller the heat dissipation area of ​​the cooling surface of the refrigeration plate, the lower its temperature.

[0559] (5) The chassis space is small, there is not much moisture, and the requirement for dehumidification is not very high. Using two pieces of model: 12706 overlapping can achieve a larger temperature difference. The cold surface of the refrigeration plate will have a lower temperature and the dehumidification effect will be better.

[0560] (6) Service life: The greater the rated voltage of the cooling plate, the shorter its service life; conversely, the smaller the rated voltage of the cooling plate, the longer its service life. Therefore, the rated voltage of the two 12706 cooling plates after the circuit is connected is 24 volts, and the voltage used in the present invention is preferred. By utilizing the DC13.5V power port in the present invention, its service life is longer.

Claims

1. A dehumidification system, It includes a dehumidification system-refrigeration part 2-1 and a dehumidification system-water collection part 2-2; The dehumidification system-water collecting part 2-2 is located below the dehumidification system-refrigeration part 2-1; The dehumidification system-refrigeration unit 2-1 includes a dehumidification system-refrigeration unit-refrigeration fin 2-1-1, a dehumidification system-refrigeration unit-radiator 2-1-2 and a dehumidification system-refrigeration unit-condenser 2-1-4; The dehumidification system-refrigeration unit-radiator 2-1-2 is thermally connected to the heating surface of the dehumidification system-refrigeration unit-refrigeration fin 2-1-1; The dehumidification system-refrigeration unit-condenser 2-1-4 is thermally connected to the refrigeration surface of the dehumidification system-refrigeration unit-refrigeration plate 2-1-1; Its characteristics are: The dehumidification system-refrigeration unit-refrigeration plate (2-1-1) is electrically connected to the dehumidification system-refrigeration unit-dehumidification switch (2-1-14); The dehumidification system-refrigeration unit-dehumidification switch (2-1-14) includes a dehumidification system-refrigeration unit-temperature control switch (2-1-5); The dehumidification system-refrigeration unit-temperature control switch (2-1-5) is in a closed state at low temperatures and in an open state at high temperatures; The temperature sensing portion of the dehumidification system-refrigeration unit-temperature control switch (2-1-5) is thermally connected to the dehumidification system-refrigeration unit-radiator (2-1-2).

2. The dehumidification system according to claim 1, Its characteristics are: The dehumidification system-refrigeration unit-dehumidification switch (2-1-14) further includes a dehumidification system-refrigeration unit-humidity switch (2-1-11); The dehumidification system-refrigeration unit-humidity switch (2-1-11) is in an open state when the humidity is low and in a closed state when the humidity is high; The dehumidification system-refrigeration unit-humidity switch (2-1-11) and the dehumidification system-refrigeration unit-temperature control switch (2-1-5) are electrically connected in series; The dehumidification system-refrigeration unit-dehumidification switch (2-1-14) further includes a dehumidification system-refrigeration unit-manual switch (2-1-12) or a dehumidification system-refrigeration unit-PLC controller switch (2-1-13); The dehumidification system-refrigeration unit-manual switch (2-1-12), the dehumidification system-refrigeration unit-humidity switch (2-1-11), and the dehumidification system-refrigeration unit-temperature control switch (2-1-5) are electrically connected in series; The dehumidification system-refrigeration unit-PLC controller switch (2-1-13), the dehumidification system-refrigeration unit-humidity switch (2-1-11) and the dehumidification system-refrigeration unit-temperature control switch (2-1-5) are electrically connected in series; The temperature of the dehumidification system-refrigeration unit-temperature control switch (2-1-5) is limited to 10°C to 100°C; The temperature of the dehumidification system-refrigeration unit-temperature control switch (2-1-5) is limited to 20°C to 80°C; The temperature of the dehumidification system-refrigeration unit-temperature control switch (2-1-5) is limited to 30°C to 70°C; The temperature of the dehumidification system-refrigeration unit-temperature control switch (2-1-5) is limited to 40°C to 60°C; The temperature of the dehumidification system-refrigeration unit-temperature control switch (2-1-5) is limited to 55°C; The relative humidity of the dehumidification system-refrigeration unit-humidity switch (2-1-11) is limited to 0% to 100%; The relative humidity of the dehumidification system-refrigeration unit-humidity switch (2-1-11) is limited to 10% to 80%; The relative humidity of the dehumidification system-refrigeration unit-humidity switch (2-1-11) is limited to 20% to 60%; The relative humidity of the dehumidification system-refrigeration unit-humidity switch (2-1-11) is limited to 40% to 50%; The dehumidification system-refrigeration unit-refrigeration plate (2-1-1) is electrically connected to the power supply unit (3) and / or the dehumidification system-refrigeration unit-battery (2-1-15) via the dehumidification system-refrigeration unit-dehumidification switch (2-1-14); The voltage of the dehumidification system-refrigeration unit-battery (2-1-15) is 6V or 12V; The model of the dehumidification system-refrigeration unit-refrigeration plate (2-1-1) is 12706; The rated voltage of the dehumidification system-refrigeration unit-refrigeration plate (2-1-1) is 12V; The volume of the dehumidification system-refrigeration unit-refrigeration plate (2-1-1) is 40X40X3.8mm 3 ; There are one or two dehumidification systems, refrigeration units, and refrigeration fins (2-1-1); The voltage of the power supply unit (3) used in the dehumidification system-refrigeration unit-refrigeration plate (2-1-1) is limited to DC5V to DC12V; The voltage of the power supply unit (3) used in the dehumidification system-refrigeration unit-refrigeration plate (2-1-1) is limited to DC7V; In the two dehumidification systems-refrigeration units-refrigeration fins (2-1-1), the cooling surface of one is thermally connected to the heating surface of the other; The two dehumidification systems-refrigeration units-refrigeration fins (2-1-1) are electrically connected in series or in parallel; The voltage of the power supply unit (3) used by the two dehumidification systems-refrigeration units-refrigeration plates (2-1-1) electrically connected in parallel is limited to DC5V to DC12V; The voltage of the power supply unit (3) used by the two dehumidification systems-refrigeration units-refrigeration plates (2-1-1) electrically connected in parallel is limited to DC7V; The voltage of the power supply unit (3) used by the two dehumidification systems-refrigeration units-refrigeration plates (2-1-1) electrically connected in series is limited to DC10V to DC24V; The voltage of the power supply unit (3) used by the two dehumidification systems-refrigeration units-refrigeration plates (2-1-1) electrically connected in series is limited to DC13V to DC14V; The voltage of the power supply unit (3) used by the two dehumidification systems-refrigeration units-refrigeration plates (2-1-1) electrically connected in series is limited to DC13.5V.

3. The dehumidification system according to claim 2, Its characteristics are: The dehumidification system-refrigeration unit-radiator (2-1-2) is rectangular in shape; The dehumidification system-refrigeration unit-radiator (2-1-2) is provided with a dehumidification system-refrigeration unit-radiator-first fixing hole (2-1-2-1), a dehumidification system-refrigeration unit-radiator-second fixing hole (2-1-2-2) and a dehumidification system-refrigeration unit-radiator-third fixing hole (2-1-2-3) on the plate surface; The dehumidification system-refrigeration unit-radiator-first fixing holes (2-1-2-1) are two or four; The four dehumidification system-refrigeration unit-radiator-first fixing holes (2-1-2-1) are distributed in a rectangular shape on the plate surface of the dehumidification system-refrigeration unit-radiator (2-1-2); The two dehumidification system-refrigeration unit-radiator-first fixing holes (2-1-2-1) are distributed in a straight line on the upper portion of the dehumidification system-refrigeration unit-radiator (2-1-2) plate; There are two dehumidification system-refrigeration unit-radiator-second fixing holes (2-1-2-2); The two dehumidification system-refrigeration unit-radiator-second fixing holes (2-1-2-2) are distributed in a straight line in the middle of the dehumidification system-refrigeration unit-radiator (2-1-2) plate surface; The dehumidification system-refrigeration unit-radiator-third fixing hole (2-1-2-3) is arranged on the upper or lower part of the plate surface of the dehumidification system-refrigeration unit-radiator (2-1-2) and is close to the dehumidification system-refrigeration unit-refrigeration fin (2-1-1); The dehumidification system-refrigeration unit-radiator (2-1-2) and the heating surface of the dehumidification system-refrigeration unit-refrigeration plate (2-1-1) are thermally connected via silicone grease; The dehumidification system-refrigeration unit-radiator (2-1-2) is made of aluminum or copper.

4. The dehumidification system according to claim 3, Its characteristics are: The dehumidification system-refrigeration unit-refrigeration plate (2-1-1) is equipped with a dehumidification system-refrigeration unit-insulation frame (2-1-3); The dehumidification system-refrigeration unit-insulation frame (2-1-3) is made of insulation material; The insulation material is plastic; The dehumidification system-refrigeration unit-insulation frame (2-1-3) comprises a dehumidification system-refrigeration unit-insulation frame-body (2-1-3-1); The dehumidification system-refrigeration unit-insulation frame-body (2-1-3-1) is in the shape of a rounded rectangular plate; A dehumidification system-refrigeration unit-insulation frame-mounting hole (2-1-3-2) is provided in the middle of the dehumidification system-refrigeration unit-insulation frame-body (2-1-3-1); The shape of the dehumidification system-refrigeration unit-insulation frame-installation hole (2-1-3-2) is square; The upper side of the dehumidification system-refrigeration unit-insulation frame-body (2-1-3-1) is provided with a dehumidification system-refrigeration unit-insulation frame-wiring hole (2-1-3-3); The cross-section of the dehumidification system-refrigeration unit-insulation frame-wiring hole (2-1-3-3) is in the shape of an oblong; There are two dehumidification system-refrigeration unit-insulation frame-wiring holes (2-1-3-3); The two dehumidification systems-refrigeration unit-insulation frame-wiring holes (2-1-3-3) are distributed in a straight line. The middle parts of the left and right sides of the dehumidification system-refrigeration unit-insulation frame-body (2-1-3-1) protrude outwards to form dehumidification system-refrigeration unit-insulation frame-flanges (2-1-3-4); Dehumidification system-refrigeration unit-insulation frame-fixing holes (2-1-3-5) are respectively provided on the left and right sides of the middle part of the panel surface of the dehumidification system-refrigeration unit-insulation frame-body (2-1-3-1).

5. The dehumidification system according to claim 4, Its characteristics are: The dehumidification system-refrigeration unit-condenser (2-1-4) is a cooling-collecting condenser or a cooling-dissipating condenser; The cooling condenser comprises a dehumidification system, a refrigeration unit, a condenser and a guide plate body (2-1-4-1); The dehumidification system-refrigeration unit-condenser-drainage plate body (2-1-4-1) is made of heat-insulating material; The dehumidification system-refrigeration unit-condenser-drainage plate body (2-1-4-1) has an upper rectangular shape and a lower inverted isosceles triangle shape; At least one dehumidification system-refrigeration unit-condenser-drainage groove (2-1-4-2) is provided on the upper portion of the dehumidification system-refrigeration unit-condenser-drainage plate body (2-1-4-1); Between two adjacent dehumidification systems-refrigeration units-condensers-drainage grooves (2-1-4-2) is a dehumidification system-refrigeration unit-condenser-drainage strip (2-1-4-3); The cross-section of the dehumidification system-refrigeration unit-condenser-drainage strip (2-1-4-3) is an isosceles triangle; The inner edge of the lower wall of the dehumidification system-refrigeration unit-condenser-drainage groove (2-1-4-2) is higher than the outer edge to form a dehumidification system-refrigeration unit-condenser-drainage inclined surface (2-1-4-4); The lower end of the dehumidification system-refrigeration unit-condenser-drainage plate body (2-1-4-1) is provided with one, two or more dehumidification system-refrigeration unit-condenser-drainage protrusions (2-1-4-5); The dehumidification system-refrigeration unit-condenser-drainage plate body (2-1-4-1) is provided with a dehumidification system-refrigeration unit-condenser-fixing hole (2-1-4-6) on its surface; The dehumidification system-refrigeration unit-condenser-fixing holes (2-1-4-6) have two; The two dehumidification system-refrigeration unit-condenser-fixing holes (2-1-4-6) are distributed on both sides of the middle portion of the plate surface of the dehumidification system-refrigeration unit-condenser-drainage plate body (2-1-4-1); The shape, structure and material of the cooling condenser are the same as those of the dehumidification system-refrigeration unit-radiator (2-1-2).

6. The dehumidification system according to claim 5, Its characteristics are: The dehumidification system (2) is divided into a side dehumidification system and a center dehumidification system; The dehumidification system (2) further comprises a dehumidification system-refrigeration unit-first bracket (2-1-6) or a dehumidification system-refrigeration unit-third bracket (2-1-10); The dehumidification system-refrigeration unit-first bracket (2-1-6) comprises a dehumidification system-refrigeration unit-first bracket-body (2-1-6-1); The dehumidification system-refrigeration unit-first bracket-body (2-1-6-1) is made of bent slats; The dehumidification system-refrigeration unit-first bracket-body (2-1-6-1) is in the shape of "Ω"; The dehumidification system-refrigeration unit-first bracket-body (2-1-6-1) is provided with a dehumidification system-refrigeration unit-first bracket-first fixing hole (2-1-6-2) and a dehumidification system-refrigeration unit-first bracket-second fixing hole (2-1-6-3); The shape of the dehumidification system-refrigeration unit-first bracket-first fixing hole (2-1-6-2) is an oblong hole; There are two dehumidification system-refrigeration unit-first bracket-first fixing holes (2-1-6-2); The two dehumidification systems-refrigeration units-first brackets-first fixing holes (2-1-6-2) are distributed in the middle of the dehumidification systems-refrigeration units-first brackets-body (2-1-6-1); There are two dehumidification system-refrigeration unit-first bracket-second fixing holes (2-1-6-3); The two dehumidification system-refrigeration unit-first bracket-second fixing holes (2-1-6-3) are distributed at both ends of the dehumidification system-refrigeration unit-first bracket-body (2-1-6-1); There are two dehumidification systems, refrigeration units and first brackets (2-1-6); The two dehumidification system-refrigeration unit-first brackets (2-1-6) are respectively arranged on the upper part and the lower part of the dehumidification system-refrigeration unit-radiator (2-1-2); The dehumidification system-refrigeration unit-third bracket (2-1-10) comprises a dehumidification system-refrigeration unit-third bracket-body (2-1-10-1); The dehumidification system-refrigeration unit-third bracket-body (2-1-10-1) is made of bent slats; The cross-section of the dehumidification system-refrigeration unit-third bracket-body (2-1-10-1) is concave; The dehumidification system-refrigeration unit-third bracket-body (2-1-10-1) is provided with a dehumidification system-refrigeration unit-third bracket-first fixing hole (2-1-10-2) and a dehumidification system-refrigeration unit-third bracket-second fixing hole (2-1-10-3); The dehumidification system-refrigeration unit-third bracket-first fixing holes (2-1-10-2) have two; The two dehumidification system-refrigeration unit-third bracket-first fixing holes (2-1-10-2) are distributed in the middle of the side of the dehumidification system-refrigeration unit-third bracket-body (2-1-10-1); There are two dehumidification system-refrigeration unit-third bracket-second fixing holes (2-1-10-3); The two dehumidification system-refrigeration unit-third bracket-second fixing holes (2-1-10-3) are distributed at both ends of the top surface of the dehumidification system-refrigeration unit-third bracket-body (2-1-10-1); The dehumidification system-refrigeration unit-third bracket (2-1-10) is arranged on the upper part of the dehumidification system-refrigeration unit-radiator (2-1-2); The dehumidification system (2) further comprises a dehumidification system-refrigeration unit-fan (2-1-7); The dehumidification system-refrigeration unit-fan (2-1-7) is arranged behind the dehumidification system-refrigeration unit-radiator (2-1-2); The dehumidification system-refrigeration unit-fan (2-1-7) and the dehumidification system-refrigeration unit-refrigeration fin (2-1-1) are electrically connected in parallel; The dehumidification system-refrigeration unit-fan (2-1-7) is fixedly connected to the dehumidification system-refrigeration unit-installation plate (2-1-8) and the dehumidification system-refrigeration unit-second bracket (2-1-9); The dehumidification system-refrigeration unit-installation plate (2-1-8) comprises a dehumidification system-refrigeration unit-installation plate-body (2-1-8-1); The shape of the dehumidification system-refrigeration unit-mounting plate-body (2-1-8-1) is a rounded rectangle; The dehumidification system-refrigeration unit-mounting plate-body (2-1-8-1) is provided with a dehumidification system-refrigeration unit-mounting plate-ventilation hole (2-1-8-2), a dehumidification system-refrigeration unit-mounting plate-first fixing hole (2-1-8-3) and a dehumidification system-refrigeration unit-mounting plate-second fixing hole (2-1-8-4); The dehumidification system-refrigeration unit-mounting plate-ventilation hole (2-1-8-2) is located in the middle and lower part of the plate surface of the dehumidification system-refrigeration unit-mounting plate-body (2-1-8-1); There are four dehumidification system-refrigeration unit-mounting plate-first fixing holes (2-1-8-3); The four dehumidification system-refrigeration unit-mounting plate-first fixing holes (2-1-8-3) are distributed along the circumference of the dehumidification system-refrigeration unit-mounting plate-ventilation hole (2-1-8-2); The dehumidification system-refrigeration unit-mounting plate-second fixing holes (2-1-8-4) have two; The two dehumidification system-refrigeration unit-mounting plate-second fixing holes (2-1-8-4) are distributed in a straight line on the upper part of the dehumidification system-refrigeration unit-mounting plate-body (2-1-8-1); The dehumidification system-refrigeration unit-second bracket (2-1-9) is made of bent strips; The dehumidification system-refrigeration unit-second bracket (2-1-9) comprises a dehumidification system-refrigeration unit-second bracket-strip body (2-1-9-1) and a dehumidification system-refrigeration unit-second bracket-plate body (2-1-9-2); The dehumidification system-refrigeration unit-second bracket-strip body (2-1-9-1) and the dehumidification system-refrigeration unit-second bracket-plate body (2-1-9-2) form an integrated part; The dehumidification system-refrigeration unit-second bracket-plate body (2-1-9-2) is located in the middle of one side of the dehumidification system-refrigeration unit-second bracket-strip body (2-1-9-1); The shape of the dehumidification system-refrigeration unit-second bracket-plate body (2-1-9-2) is rectangular; The middle portion of the lower side of the dehumidification system-refrigeration unit-second bracket-plate body (2-1-9-2) is concave upward to form a dehumidification system-refrigeration unit-second bracket-notch (2-1-9-3); The dehumidification system-refrigeration unit-second bracket-plate body (2-1-9-2) is provided with a dehumidification system-refrigeration unit-second bracket-first fixing hole (2-1-9-4); There are two dehumidification system-refrigeration unit-second bracket-first fixing holes (2-1-9-4); The two dehumidification systems - refrigeration units - second brackets - first fixing holes (2-1-9-4) are symmetrically distributed on both sides of the dehumidification system - refrigeration units - second brackets - notches (2-1-9-3); The dehumidification system-refrigeration unit-second bracket-strip body (2-1-9-1) is provided with a dehumidification system-refrigeration unit-second bracket-second fixing hole (2-1-9-5) and a dehumidification system-refrigeration unit-second bracket-third fixing hole (2-1-9-6); There are two dehumidification system-refrigeration unit-second bracket-second fixing holes (2-1-9-5); The two dehumidification system-refrigeration unit-second bracket-second fixing holes (2-1-9-5) are distributed in the middle of one side surface of the dehumidification system-refrigeration unit-second bracket-strip body (2-1-9-1); There are two dehumidification system-refrigeration unit-second bracket-third fixing holes (2-1-9-6); The two dehumidification system-refrigeration unit-second bracket-third fixing holes (2-1-9-6) are distributed at both ends of the top surface of the dehumidification system-refrigeration unit-second bracket-strip body (2-1-9-1).

7. The dehumidification system according to claim 6, Its characteristics are: The dehumidification system-water collection part (2-2) comprises a dehumidification system-water collection part-water storage box (2-2-1) and a dehumidification system-water collection part-water guide plate (2-2-2); The dehumidification system-water collection part-water guide plate (2-2-2) and the dehumidification system-water collection part (2-2) including the dehumidification system-water collection part-water storage box (2-2-1) are rotatably connected; The moisture removal system-water collection part-water storage box (2-2-1) is provided with water absorbing material; The water-absorbing material is a sponge; The dehumidification system-water collection part-water storage box (2-2-1) is divided into a side-fixed water storage box and a bottom-fixed water storage box; The dehumidification system - water collection part - water guide plate (2-2-2) is divided into an upper front edge water guide plate and a lower front edge water guide plate; The dehumidification system-water collection part-water storage box (2-2-1) comprises a dehumidification system-water collection part-water storage box-front plate (2-2-1-1), a dehumidification system-water collection part-water storage box-rear plate (2-2-1-2), a dehumidification system-water collection part-water storage box-left plate (2-2-1-3), a dehumidification system-water collection part-water storage box-right plate (2-2-1-4), a dehumidification system-water collection part-water storage box-bottom plate (2-2-1-5), and a dehumidification system-water collection part-water storage box-top plate (2-2-1-6); The dehumidification system-water collection part-water storage box-front plate (2-2-1-1), the dehumidification system-water collection part-water storage box-rear plate (2-2-1-2), the dehumidification system-water collection part-water storage box-left plate (2-2-1-3), the dehumidification system-water collection part-water storage box-right plate (2-2-1-4), the dehumidification system-water collection part-water storage box-bottom plate (2-2-1-5), and the dehumidification system-water collection part-water storage box-top plate (2-2-1-6) form an integral part; The width of the dehumidification system-water collection part-water storage box-top plate (2-2-1-6) is smaller than the width of the dehumidification system-water collection part-water storage box-bottom plate (2-2-1-5); The dehumidification system-water collection part-water storage box-top plate (2-2-1-6) is arranged at the rear; The middle portion of the upper inner surface of the dehumidification system-water collection part-water storage box-left side plate (2-2-1-3) and the middle portion of the upper inner surface of the dehumidification system-water collection part-water storage box-right side plate (2-2-1-4) are respectively provided with a dehumidification system-water collection part-water storage box-axis head (2-2-1-7); The front upper edge of the dehumidification system-water collection part-water storage box-left side plate (2-2-1-3) and the front upper edge of the dehumidification system-water collection part-water storage box-right side plate (2-2-1-4) are respectively provided with a dehumidification system-water collection part-water storage box-avoidance part (2-2-1-10); The dehumidification system-water collection part-water storage box-front plate (2-2-1-1) is formed with concave clamping edges on the upper side, left side and right side respectively; The concave card edge is provided with a moisture removal system-water collection part-water storage box-fixing hole (2-2-1-8); There are five moisture removal system-water collection part-water storage box-fixing holes (2-2-1-8); The five moisture removal systems - water collection part - water storage box - fixing holes (2-2-1-8) are distributed on the concave card edge; A dehumidification system-water collection part-water storage box-pushing and pulling handle (2-2-1-9) is provided at the lower center of the outer surface of the dehumidification system-water collection part-water storage box-front plate (2-2-1-1); The lower portion of the inner surface of the moisture removal system-water collection part-water storage box-front plate (2-2-1-1) protrudes backward to form a moisture removal system-water collection part-water storage box-slant surface (2-2-1-11); A dehumidification system-water collection part-water storage box-clamping head (2-2-1-12) is centrally provided on the upper inner surface of the dehumidification system-water collection part-water storage box-front plate (2-2-1-1); The dehumidification system-water collection part-water storage box-front plate (2-2-1-1) is equipped with a dehumidification system-water collection part-pad frame (2-2-3); The dehumidification system-water collection part-backing plate frame (2-2-3) is made of sealing material; The dehumidification system-water collection part-backing plate frame (2-2-3) comprises a dehumidification system-water collection part-backing plate frame-body (2-2-3-1); The shape of the dehumidification system-water collection part-pad frame-body (2-2-3-1) is concave; The dehumidification system-water collection part-backing plate frame-body (2-2-3-1) is provided with a dehumidification system-water collection part-backing plate frame-fixing hole (2-2-3-2); The dehumidification system-water collection part-backing plate frame-fixing holes (2-2-3-2) are distributed on the dehumidification system-water collection part-backing plate frame-body (2-2-3-1); The left and right sides of the dehumidification system-water collection part-water storage box-bottom plate (2-2-1-5) extend outwards to form two installation strips respectively; Each of the mounting bars is provided with two moisture removal systems - water collection parts - water storage boxes - fixing holes (2-2-1-8); The four moisture removal systems - water collection part - water storage box - fixing holes (2-2-1-8) are distributed in a rectangular shape; Each of the moisture removal system-water collection part-water storage box-fixing hole (2-2-1-8) is equipped with a moisture removal system-water collection part-support column (2-2-4); The dehumidification system-water collection part-water guide plate (2-2-2) comprises a dehumidification system-water collection part-water guide plate-bottom plate (2-2-2-1), a dehumidification system-water collection part-water guide plate-side plate (2-2-2-2) and a dehumidification system-water collection part-water guide plate-blocking bar (2-2-2-3); The shape of the moisture removal system-water collection part-water guide plate-bottom plate (2-2-2-1) is rectangular; The dehumidification system - water collection part - water guide plate - bottom plate (2-2-2-1) is inclined downward from front to back; The shape of the moisture removal system-water collecting part-water guide plate-side plate (2-2-2-2) is trapezoidal or triangular; There are two moisture removal systems - water collection part - water guide plate - side plate (2-2-2-2); The two dehumidification systems-water collecting parts-water guide plates-side plates (2-2-2-2) are respectively arranged on the left and right sides of the dehumidification system-water collecting parts-water guide plates-bottom plates (2-2-2-1); The rear sides of the two dehumidification systems-water collection parts-water guide plates-side plates (2-2-2-2) are respectively provided with dehumidification systems-water collection parts-water guide plates-axial holes (2-2-2-4); The dehumidification system-water collection part-water guide plate-blocking bar (2-2-2-3) is arranged on the front side of the dehumidification system-water collection part-water guide plate-bottom plate (2-2-2-1); The upper edge of the dehumidification system-water collection part-water guide plate-blocking bar (2-2-2-3) is away from the dehumidification system-water collection part-water guide plate-bottom plate (2-2-2-1); Both ends of the dehumidification system-water collection part-water guide plate-blocking bar (2-2-2-3) extend outwards to form a dehumidification system-water collection part-water guide plate-protrusion (2-2-2-5); or, The lower edge of the moisture removal system-water collection part-water guide plate-blocking bar (2-2-2-3) is away from the moisture removal system-water collection part-water guide plate-bottom plate (2-2-2-1).

8. A power supply chassis, comprising a box body (1); The dehumidification system (2) is provided in the box (1); Its characteristics are: The dehumidification system (2) is a dehumidification system according to any one of claims 1 to 7.

9. The power supply chassis according to claim 8, Its characteristics are: The box body (1) comprises a box body-rear cover plate (1-1) and a box body-front cover plate (1-2); The box-rear cover plate (1-1) and the box-front cover plate (1-2) are fixedly connected via a box-upper support bar (1-3) and a box-lower support bar (1-4); A box-partition plate (1-5) is provided in the box (1); The upper portion of the box-partition (1-5) is a sealed cavity; The dehumidification system (2) is located in the sealed cavity; There are two upper support bars (1-3) for the box body; The two box-upper support bars (1-3) are respectively provided with box-upper support bar-fixing holes (1-3-1); The upper portion of the box-rear cover (1-1) is provided with a box-rear cover-installation opening (1-1-1), a box-rear cover-first fixing hole (1-1-2) and a box-rear cover-second fixing hole (1-1-3); The box body-rear cover plate-installation opening (1-1-1) is located in the middle of the box body-rear cover plate (1-1); The box body-rear cover-installation opening (1-1-1) is in a rectangular shape; There are four box body-rear cover-first fixing holes (1-1-2); The four box body-rear cover plate-first fixing holes (1-1-2) are distributed in a rectangular shape on the upper part of the box body-rear cover plate (1-1); There are five box body-rear cover-second fixing holes (1-1-3); The five box-rear cover-second fixing holes (1-1-3) are distributed on the edge of the box-rear cover-installation opening (1-1-1); or, The two box-upper support bars (1-3) are respectively provided with two box-upper support bar-fixing holes (1-3-1); The four box-upper support bar-fixing holes (1-3-1) are distributed in a rectangular shape; The box-partition (1-5) is provided with a box-partition-fixing hole (1-5-1); There are four box-partition-fixing holes (1-5-1); The four box-partition-fixing holes (1-5-1) are distributed in a rectangular shape; The volume of the box (1) is within 0.1 cubic meter, or within 0.09 cubic meter, or within 0.08 cubic meter, or within 0.07 cubic meter, or within 0.06 cubic meter, or within 0.05 cubic meter, or within 0.04 cubic meter, or within 0.03 cubic meter, or within 0.02 cubic meter.

Images